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general description the max2560/max2566/max2572 evaluation kits (ev kits) simplify testing of the max2560/max2566/ max2572. the ev kits provide 50 ? sma connectors for all rf inputs, baseband inputs, and rf outputs. on- board vcos are provided for the on-chip plls. the ev kits allow evaluation of the max2560/max2566/ max2572s?i/q modulator, rf upconverter, if and rf vgas, if and rf plls, 3-wire programmable interface, and power-management features. the max2560/max2566/max2572 support cdma, tdma, and edge modes for us pcs and cellular bands, as well as w-cdma mode for umts band. the max2566/max2572 also support gsm-gprs mode for all four bands. features ? on-board pcs and cellular vcos ? wcdma, gsm900, dcs1800, gsm1900 modes (max2566/max2572 ev kits) ? 50 ? sma connectors on all rf and baseband ports ? low-power shutdown mode ? ev-kit control software available at www.maxim-ic.com ? spi tm /qspi tm /microwire tm compatible evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ________________________________________________________________ maxim integrated products 1 designation qty description c1 1 4.7p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h4r7b c2, c4, c39 3 33pf 5% ceramic capacitors (0402) murata grp1555c1h330j c3, c7, c116 3 10? 10% ceramic capacitors (1206) murata grm31cr60j106k c5 1 6.8pf 0.1pf capacitor (0402) murata grp1555c1h6r8b max2560 component list ordering information 19-3368; rev 0; 7/04 for pricing, delivery, and ordering information, please contact maxim/dallas direct! at 1-888-629-4642, or visit maxim? website at www.maxim-ic.com. part temp range ic package MAX2560EVKIT -40 c to +85 c 48 qfn-ep* max2566evkit -40 c to +85 c 48 qfn-ep* max2572evkit -40 c to +85 c 48 qfn-ep* supplier phone fax website avx 803-946-0690 803-626-3123 www.avxcorp.com coilcraft 847-639-6400 847-639-1469 www.coilcraft.com murata 770-436-1300 770-436-3030 www.murata.com taiyo yuden 408-573-4150 408-573-4159 www.t-yuden.com toko 708-297-0070 708-699-1194 www.toko.com component suppliers note: indicate that you are using the max2560/max2566/max2572 when contacting these component suppliers. * ep = exposed paddle. designation qty description c 6, c 8, c 9, c 11, c 12, c 14, c 15, c 17, c 18, c 20, c 27, c 28, c 29, c 34, c 35, c 47, c 48, c 50, c 51, c 53, c 54, c 56, c 58, c 59, c 64, c 66, c 93, c 94, c 102c 1 06, c 112c 115 37 open c10 1 3.3? 10% ceramic capacitor (0805) murata grm21br60j335k c13, c16, c31, c32, c41, c42, c55 7 0.022? 10% ceramic capacitors (0402) murata grp155r71c223k spi and qspi are trademarks of motorola, inc. microwire is a trademark of national semiconductor corp.
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 2 _______________________________________________________________________________________ designation qty description c21, c36, c37, c90, c100 5 1.0? 10% cer am i c cap aci tor s ( 1206) murata grm31mr71e105k c22, c23, c30, c43, c44, c45, c57, c82, c83, c84, c97, c98 12 1000p f 10% ceram i c capaci tor s ( 0402) murata grp155r71h102k c24 1 10p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h100b c25 1 22pf 5% ceramic capacitor (0402) murata grp1555c1h220j c26 1 4700p f 10% cer am i c cap aci tor ( 0402) murata grp155r71e472k c33, c85, c110, c111 4 100p f 5% cer am i c cap aci tor s ( 0402) murata grp1555c1h101j c38 1 0.1? 10% ceramic capacitor (0603) murata grm188r71e104k c40, c67, c68, c69 4 15pf 5% ceramic capacitors (0402) murata grp1555c1h150j c46, c60, c63 3 0.01? 10% cer am i c cap aci tor s ( 0402) murata grp155r71e103k c49 1 0.015? 10% cer am i c cap aci tor ( 0402) murata grp155r71c153k c52 1 0.33? 10% cer am i c cap aci tor ( 1206) murata grm319r71h334k c61 1 220p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h221k c62 1 2200p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h222k c65 1 0.47? 10% cer am i c cap aci tor ( 0402) murata grp155r60j474k c70, c73, c75 3 1.0? 10% tantalum capacitors a case avx taja105k016 c72 1 1.0? 10% ceramic capacitor (0402) murata grp155r60j105k c74, c88, c89 3 0.1? 10% cer am i c cap aci tor s ( 0805) murata grm21br71h104k c76, c77, c101, c109 4 0.01? 10% cer am i c cap aci tor s ( 0805) murata grm216r71h103k max2560 component list (continued) designation qty description c86 1 47pf 5% ceramic capacitor (0402) murata grp1555c1h470j c87 1 39pf 5% (0402) ceramic capacitor murata grp1555c1h390j c91, c92, c95 3 56pf 5% ceramic capacitors (0402) murata grp1555c1h560j c96, c99 2 22? 10% ceramic capacitors (1206) murata grm31cr60j226k j1, j2, j7?11, j15, j16, j17, j59 11 sma edge mount connectors?ound contacts johnson 142-0701-801 j3, j6, j33 3 open j4, j5, j18?22, j31, ju6?u10, ju12, ju14, ju16?u23, ju28?u31 27 1 x 2, 2-pin in-line headers, 100-mil centers sullins ptc36saan j24 1 2 x 10, dual in-line header, 100-mil centers sullins ptc36daan ju24 1 1 x 5, 5-pin header, 100-mil centers sullins ptc36saan ju1?u5, ju11, ju13, ju15 8 1 x 3, 3-pin in-line headers, 100-mil centers sullins ptc36saan ju25, ju26, ju27, ju32, ju33, ju34 6 open j12, j13, j14, tp1, tp2, tp3, tp5, tp6, tp7 9 test points keystone 5000 l1 1 3.9nh 0.3nh inductor (0402) murata lqg15hn3n9s00 l2 1 3.3nh 0.3nh inductor (0402) murata lqg15hn3n3s00
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits _______________________________________________________________________________________ 3 designation qty description l3, l4, l12, l13, l14 5 open l7, l8 2 15nh 3% inductors (0402) murata lqw15an15nh00 l9, l10 2 8.2nh 5% inductors (0402) coilcraft 0402cs-8n2xjb l15 1 33nh 5% inductor (0402) murata lqg15hn33nj00 l16, l17 2 12nh 2% inductors (0402) murata lqp15mn12ng02 l18 1 22nh 5% inductor (0402) murata lqg15hn22nj00 l19 1 27nh 5% inductor (0402) murata lqg15hn27nj00 r1, r2, r3, r5, r7, r10?13, r18, r20, r23, r25, r27, r28, r38, r46, r48, r49, r51?54, r56, r57, r59 26 open r4, r8, r9 3 3.3 ? 5% resistors (0402) r6 1 10k ? 10% variable resistor bournes 3296w-103 r14 1 2.7k ? 5% resistor (0402) r15, r16, r17, r22, r26, r55, r70, r76?79 11 0 ? 5% resistors (0402) r19 1 20 ? 1% resistor (0402) r21 1 6.8 ? 5% resistor (0402) r24 1 100 ? 5% resistor (0402) r39 1 13k ? 1% resistor (0402) r40, r45, r96, r97, r98, r104, r107 71k ? 1% resistors (0402) r47 1 220 ? 5% resistor (0402) max2560 component list (continued) designation qty description r50 1 200 ? 5% resistor (0402) r58 1 7.5k ? 5% resistor (0402) r61, r63?68 7 5.1k ? 5% resistors (0402) r62 1 51 ? 5% resistor (0402) r99, r100, r101, r102 4 511 ? 1% resistors (0402) r103, r108 2 3.16k ? 1% resistors (0402) r105, r106 2 22.1 ? 1% resistors (0402) r109, r110 2 1.2k ? 5% resistors (0402) t3 1 open t5, t6 2 balun transformers b5f toko 458db-1011 u1 1 max2560 48-pin qfn max2560egm u2 1 open u4 1 open u5 1 open u6 1 open u7, u8, u9 3 sot23 sot23-5l max8867euk28 u10 1 vco fujitsu vc-2r8a50-2139 u11, u12 2 low-voltage precision op amps max412csa y1 1 19.2mhz vc tcxo kinseki vc-tcxo-208c-19p2 none 1 36in socket connector ribbon cable?0 contacts none 1 intf2300 interface board none 1 max2562/max2566/max2572 ev kit circuit board rev 3 none 1 max2560/max2566/max2572 data sheet none 1 max2560/max2566/max2572 ev kit data sheet
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 4 _______________________________________________________________________________________ designation qty description c1 1 4.7p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h4r7b c2, c4, c39 3 33pf 5% ceramic capacitors (0402) murata grp1555c1h330j c3, c7, c116 3 10f 10% cer am i c cap aci tor s ( 1206) murata grm31cr60j106k c5 1 6.8p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h6r8b c6, c91, c92 3 56pf 5% ceramic capacitors (0402) murata grp1555c1h560j c8, c10, c11, c20, c27, c29, c34, c47, c48, c50, c51, c53?59, c64, c93, c94, c95 22 open c9, c13, c16, c17, c18, c22, c23, c30, c32, c43, c44, c45, c49, c82, c83, c84, c97, c98 18 1000pf 10% ceramic capacitors (0402) murata grp155r71h102k c12 1 270p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h271k c14, c112?115 5 680p f 10% cer am i c cap aci tor s ( 0402) murata grp155r71h681k c15, c62 2 6800p f 10% ceram i c capaci tor s ( 0402) murata grp155r71e682k c21, c36, c37, c90, c100 5 1.0? 10% cer am i c cap aci tor s ( 1206) murata grm31mr71e105k c24, c35 2 10p f 0.1p f cer am i c cap aci tor s ( 0 402) murata grp1555c1h100b c25 1 12pf 5% ceramic capacitor (0402) murata grp1555c1h120j c26, c55 2 4700p f 10% ceram i c capaci tor s ( 0402) murata grp155r71e472k c28 1 470p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h471k max2566 component list designation qty description c31 1 0.022? 10% cer am i c cap aci tor ( 0402) murata grp155r71c223k c33, c41, c42, c85, c105, c106, c110, c111 8 100p f 5% cer am i c cap aci tor s ( 0402) murata rp1555c1h101j c38 1 0.1? 10% ceramic capacitor (0603) murata grm188r71e104k c40, c67, c68, c69 4 15pf 5% ceramic capacitors (0402) murata grp1555c1h150j c46, c60, c63 3 0.01? 10% ceram i c capaci tor s ( 0402) murata grp155r71e103k c52 1 0.033? 5% film capacitor (1206) panasonic echu1c333jx5 c61 1 2200p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h222k c65 1 0.47? 10% cer am i c cap aci tor ( 0402) murata grp155r60j474k c66 1 1.0p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h1r0b c70, c73, c75 3 1.0? 10% tantalum capacitors a case avx taja105k016 c72 1 1.0? 10% ceramic capacitor (0402) murata grp155r60j105k c74, c88, c89 3 0.1f 10% cer am i c cap aci tor s ( 0805) murata grm21br71h104k c76, c77, c101, c109 4 0.01? 10% cer am i c cap aci tor s ( 0805) murata grm216r71h103k c86, c87 2 8.0p f 0.1p f cer am i c cap aci tor s ( 0 402) murata grp1555c1h8r0b c96, c99 2 22? 10% ceramic capacitors (1206) murata grm31cr60j226k c102 1 27pf 5% ceramic capacitor (0402) murata grp1555c1h270j c103, c104 2 2.2p f 0.1p f cer am i c cap aci tor s ( 0 402) murata grp1555c1h2r2b
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits _______________________________________________________________________________________ 5 designation qty description j1, j2, j3, j6?11, j15, j16, j17, j33, j59 14 sma edge-mount connectors?ound contacts johnson 142-0701-801 j24 1 2 x 10, dual in-line header, 100-mil centers sullins ptc36daan j4, j5, j18?22, j31, ju6?u10, ju12, ju14, ju16?u23, ju28?u31 27 1 x 2, 2-pin in-line headers, 100-mil centers sullins ptc36saan ju24 1 1 x 5, 5-pin header, 100-mil centers sullins ptc36saan ju1?u5, ju11, ju13, ju15, ju25, ju26, ju27, ju32 12 1 x 3, 3-pin in-line headers, 100-mil centers sullins ptc36saan ju33, ju34 2 open j12, j13, j14, tp1, tp2, tp3, tp5, tp6, tp7 9 test points keystone 5000 l1 1 3.3nh 0.2nh inductor (0402) murata lqp15mn3n3c00 l2 1 2.2nh 0.3nh inductor (0402) murata lqg15hn2n2s00 l3, l4 2 100nh 5% inductors (0402) toko llv1005-fbr10j l7, l8 2 5.6nh 5% inductors (0402) coilcraft 0402cs-5n6xjb l9, l10, l13 3 9nh 5% inductors (0402) coilcraft 0402cs-9n0xjb l12 1 27pf 5% ceramic capacitor (0402) murata grp1555c1h270j l14 1 15nh 5% inductor (0402) murata lqg15hn15nj00 l15 1 33nh 2% inductor (0402) murata lqp15mn33ng00 max2566 component list (continued) designation qty description l16 1 7.5nh 5% inductor (0402) coilcraft 0402cs-7n5xjb l17 1 5.1nh 5% inductor (0402) coilcraft 0402cs-5n1xjb l18 1 22nh 5% inductor (0402) murata lqg15hn22nj00 l19 1 12nh 5% inductor (0402) murata lqg15hn12nj00 r1, r6 2 10k ? 10% variable resistors bournes 3296w-1-103 r2, r3 2 150 ? 5% resistors (0402) r4, r8, r9 3 3.3 ? 5% resistors (0402) r5, r15, r16, r17, r19, r20, r23, r24, r25, r27, r28, r38, r46, r48, r49, r51?57, r59 23 open r7, r18, r22, r26, r76?79 8 0 ? 5% resistors (0402) r10 1 56 ? 5% resistor (0402) r11 1 1m ? 5% resistor (0402) r13, r45, r96, r97, r98 5 100 ? 1% resistors (0402) r14 1 2.7k ? 5% resistor (0402) r21 1 6.8 ? 5% resistor (0402) r39 1 13k ? 1% resistor (0402) r40, r104, r107 3 1k ? 5% resistors (0402) r47 1 365 ? 1% resistor (0402) r50 1 430 ? 5% resistor (0402) r58 1 2.0k ? 5% resistor (0402) r61, r63?68, r70 8 5.1k ? 5% resistors (0402) r62 1 51 ? 5% resistor (0402) r99, r100?103, r108 6 511 ? 1% resistors (0402) r105, r106 2 39 ? 5% resistors (0402) r109, r110 2 680 ? 5% resistors (0402)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 6 _______________________________________________________________________________________ designation qty description t3, t5, t6 3 transformers b5f toko 458db-1011 u1 1 max2566 48-pin qfn max2566egm u2 1 gsm vco murata mqt1c1a897m u4 1 open u5 1 open u6 1 open u7, u8, u9 3 sot23 sot23-5l max8867euk28 u10 1 open u11, u12 2 low-voltage, precision op amps max412csa max2566 component list (continued) designation qty description y1 1 13.0mhz vc tcxo kinseki vc-tcxo-208c-13p0 none 1 36in socket connector ribbon cable?0 contacts none 1 intf2300 interface board none 1 max2562/max2566/max2572 ev kit circuit board rev 3 none 1 max2560/max2566/max2572 data sheet none 1 max2560/max2566/max2572 ev kit data sheet designation qty description c1 1 4.7p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h4r7b c2, c4, c39 3 33pf 5% ceramic capacitors (0402) murata grp1555c1h330j c3, c7, c116 3 1 0? 10% cer am i c cap aci tor s ( 1206) murata grm31cr60j106k c5 1 6.8p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h6r8b c6, c8, c91?95 7 56pf 5% ceramic capacitors (0402) murata grp1555c1h560j c9, c11, c13, c16, c17, c18, c22, c23, c30, c32, c43, c44, c45, c56?59, c82, c83, c84, c97, c98 22 1000p f 10% ceram i c capaci tor s ( 0402) murata grp155r71h102k max2572 component list designation qty description c10, c20 2 3.3? 10% cer am i c cap aci tor s ( 0805) murata grm21br60j335k c27, c34, c64 3 open c12 1 270p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h271k c14, c48, c49, c50, c112?115 8 680p f 10% cer am i c cap aci tor s ( 0402) murata grp155r71h681k c15, c62 2 6800p f 10% ceram i c capaci tor s ( 0402) murata grp155r71e682k c21, c36, c37, c90, c100 5 1.0? 10% cer am i c cap aci tor s ( 1206) murata grm31mr71e105k c24, c35 2 10p f 0.1p f cer am i c cap aci tor s ( 0 402) murata grp1555c1h100b c25 1 12pf 5% ceramic capacitor (0402) murata grp1555c1h120j
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits _______________________________________________________________________________________ 7 designation qty description c26 1 4700p f 10% cer am i c cap aci tor ( 0402) murata grp155r71e472k c28, c29, c47 3 470p f 10% cer am i c cap aci tor s ( 0402) murata grp155r71h471k c31, c51 2 0.022? 10% ceram i c capaci tor s ( 0402) murata grp155r71c223k c33, c41, c42, c85, c105, c106, c110, c111 8 100p f 5% cer am i c cap aci tor s ( 0402) murata grp1555c1h101j c38 1 0.1? 10% ceramic capacitor (0603) murata grm188r71e104k c40, c67, c68, c69 4 15pf 5% ceramic capacitors (0402) murata grp1555c1h150j c46, c60, c63 3 0.01? 10% cer am i c cap aci tor s ( 0402) murata grp155r71e103k c52, c53 2 0.022? 5% film capacitors (1206) panasonic echu1c223jx5 c54, c55 2 1500p f 10% ceram i c capaci tor s ( 0402) murata grp155r71h152k c61 1 2200p f 10% cer am i c cap aci tor ( 0402) murata grp155r71h222k c65 1 0.47? 10% cer am i c cap aci tor ( 0402) murata grp155r60j474k c66 1 1.0p f 0.1p f cer am i c cap aci tor ( 0402) murata grp1555c1h1r0b c70, c73, c75 3 1.0? 10% tantalum capacitors a case avx taja105k016 c72 1 1.0? 10% ceramic capacitor (0402) murata grp155r60j105k c74, c88, c89 3 0.1? 10% cer am i c cap aci tor s ( 0805) murata grm21br71h104k c76, c77, c101, c109 4 0.01? 10% cer am i c cap aci tor s ( 0805) murata grm216r71h103k c86, c87 2 8.0p f 0.1p f cer am i c cap aci tor s ( 0 402) murata grp1555c1h8r0b c96, c99 2 22f 10% cer am i c cap aci tor s ( 1206) murata grm31cr60j226k max2572 component list (continued) designation qty description c102 1 27pf 5% ceramic capacitor (0402) murata grp1555c1h270j c103, c104 2 2.2p f 0.1p f cer am i c cap aci tor s ( 0 402) murata grp1555c1h2r2b j1, j2, j3, j6?11, j15, j16, j17, j33, j59 14 sma edge-mount connectors?ound contact johnson 142-0701-801 j24 1 2 x 10, dual in-line header, 100-mil centers sullins ptc36daan j4, j5, j18?22, j31, ju6?u10, ju12, ju14, ju16?u23, ju28?u31 27 1 x 2, 2-pin in-line headers, 100-mil centers sullins ptc36saan ju24 1 1 x 5, 5-pin in-line header, 100-mil centers sullins ptc36saan ju1?u5, ju11, ju13, ju15, ju25, ju26, ju27, ju32, ju33, ju34 14 1 x 3, 3-pin in-line headers, 100-mil centers sullins ptc36saan j12, j13, j14, tp1, tp2, tp3, tp5, tp6, tp7 9 test points keystone 5000 l1 1 3.3nh 0.2nh inductor (0402) murata lqp15mn3n3c00 l2 1 2.2nh 0.3nh inductor (0402) murata lqg15hn2n2s00 l3, l4 2 100nh 5% inductors (0402) toko llv1005-fbr10j l7, l8 2 5.6nh 5% inductors (0402) coilcraft 0402cs-5n6xjb l9, l10, l13 3 9nh 5% inductors (0402) coilcraft 0402cs-9n0xjb
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 8 _______________________________________________________________________________________ designation qty description l12 1 27pf 5% ceramic capacitor (0402) murata grp1555c1h270j l14 1 15nh 5% inductor (0402) murata lqg15hn15nj00 l15 1 33nh 2% inductor (0402) murata lqp15mn33ng00 l16 1 7.5nh 5% inductor (0402) coilcraft 0402cs-7n5xjb l17 1 5.1nh 5% inductor (0402) coilcraft 0402cs-5n1xjb l18 1 22nh 5% inductor (0402) murata lqg15hn22nj00 l19 1 12nh 5% inductor (0402) murata lqg15hn12nj00 r1, r6 2 10k ? 10% variable resistors bournes 3296w-1-103 r2, r3 2 150 ? 5% resistors (0402) r4, r8, r9 3 3.3 ? 5% resistors (0402) r5, r7, r18, r22?27, r76?79 13 0 ? 5% resistors (0402) r10 1 56 ? 5% resistor (0402) r11 1 1m ? 5% resistor (0402) r12 1 33 ? 5% resistor (0402) r13, r14, r45, r96, r97, r98 6 100 ? 1% resistors (0402) r15, r16, r17, r38, r52, r53, r54, r56, r59 9 open r19, r20 2 20 ? 1% resistors (0402) r21 1 6.8 ? 5% resistor (0402) r28 1 576 ? 5% resistor (0402) r39 1 13k ? 1% resistor (0402) r40, r104, r107 31k ? 5% resistors (0402) r46 1 430 ? 5% resistor (0402) r47, r48 2 510 ? 5% resistors (0402) r49, r50 2 360 ? 5% resistors (0402) max2572 component list (continued) designation qty description r51 1 330 ? 5% resistor (0402) r55, r57 2 576 ? 1% resistors (0402) r58 1 2.0k ? 5% resistor (0402) r61, r63?68, r70 8 5.1k ? 5% resistors (0402) r62 1 51 ? 5% resistor (0402) r99?103, r108 6 511 ? 1% resistors (0402) r105, r106 2 39 ? 5% resistors (0402) r109, r110 2 680 ? 5% resistors (0402) t3, t5, t6 3 balun transformers b5f toko 458db-1011 u1 1 max2572 48-pin qfn u2 1 gsm vco murata mqt1c1a897m u4 1 umts vco murata mqk301-1528 u5 1 vco murata mqe956a1g32 u6 1 gsm/dcs vco murata mqw140a1g23 u7, u8, u9 3 sot23-5l max8867euk28 u10 1 open u11, u12 2 low-voltage precision op amps max412csa y1 1 13.0mhz vc tcxo kinseki vc-tcxo-208c-13p0 none 1 36in socket connector ribbon cable?0 contacts none 1 intf2300 interface board none 1 max2560/max2566/max2572 ev kit circuit board rev 3 none 1 max2560/max2566/max2572 data sheet none 1 max2560/max2566/max2572 ev kit data sheet
quick start the max2560/max2566/max2572 ev kits are fully assembled and factory tested. follow the instructions in the connections and setup section. test equipment required this section lists the recommended test equipment to verify the operation of the max2560/max2566/ max2572. it is intended as a guide only, and substitu- tions may be possible. one rf signal generator capable of delivering -5dbm of output power in the 1ghz to 3ghz frequency range (hp8648 or equivalent) for the external rf lo an rf spectrum analyzer with optional digital modu- lation personality (rohde & schwarz fsea30 or equivalent) ? power supply capable of providing 200ma at +5v ? power supply capable of providing 50ma at 6.8v ? power supply capable of providing -50ma at -3.2v i/q arbitrary waveform generator (agilent e4433b or equivalent) pc (486dx33 or better) with windows tm 95/98, 2000, nt 4.0 or later operating system and an available parallel port intf2300 interface board (supplied with ev kit) connections and setup this section provides step-by-step instructions for get- ting the ev kit up and running in cdma, wcdma, and gsm modes. 1) verify shunts ju6?u22 and ju28?u31 are in place. 2) connect the intf2300 interface cable to the ev kit. note: pin 1 of the interface cable corresponds to the red wire. pin 1 is designated in silkscreen on each of the pc boards. 3) with the power supply turned off, connect a +5.0v power supply to the header labeled v5.0 (j31). connect the power-supply ground to the header labeled gnd (j5). (the max2560 requires two additional power supplies. connect the +6.8v power supply to ju28, and connect the -3.2v to tp2. connect the grounds to gnd (j5) or gnd (j20), or both.) 4) install and run the max2560/max2572 control soft- ware. the max2566 has its own control software. software is available for download on the maxim website at www.maxim-ic.com. 5) with max2560/max2566/max2572 control software active in the reg screen, set the shdn box to 0 to place the ic in shutdown mode. 6) turn on the power supplies. cellular cdma mode perform the following steps to evaluate the max2560 in the cellular cdma mode: 1) verify shunt ju24 is in the lotdma position. 2) with max2560/max2566/max2572 control software active in the reg screen, use table 1 to set the oper- ating mode to cellular cdma. also, change the refer- ence frequency to 19.2mhz in the control software. 3) connect the i and q outputs of the arbitrary wave- form generator to the i (j15) and q (j16) ports. set the generator to reverse-channel cdma settings. set the output voltage level to 400mv pk . 4) connect rfl (j9) to the spectrum analyzer. configure the spectrum analyzer to measure acpr for the reverse-channel cdma. set the center fre- quency to 836mhz with 50mhz span and a +10dbm reference level. 5) adjust the r6 (vgcif) to obtain an output power of +8dbm after accounting for cable and connector loss. the acpr in 30khz bandwidth at ?85khz offset should be -54dbc, and the acpr in 30khz bandwidth at ?.98mhz offset should be -65dbc. pcs cdma mode perform the following steps to evaluate the max2560 in the pcs cdma mode: 1) verify shunt ju24 is in the lotdma position. 2) with max2560/max2566/max2572 control software active in the reg screen, use table 1 to set the operating mode to pcs cdma. also, change the ref- erence frequency to 19.2mhz in the control software. 3) connect the i and q outputs of the arbitrary wave- form generator to the i (j15) and q (j16) ports. set the generator to reverse-channel cdma settings. set the output voltage level to 400mv pk . 4) connect rfh0 (j1) to the spectrum analyzer. configure the spectrum analyzer to measure acpr for the reverse-channel cdma. set the center fre- quency to 1880mhz with 50mhz span and a +10dbm reference level. 5) adjust the r6 (vgcif) to obtain an output power of +8dbm after accounting for cable and connector loss. the acpr in 30khz bandwidth at ?.25mhz offset should be -54dbc, and the acpr in 30khz bandwidth at ?.98mhz offset should be -65dbc. evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits _______________________________________________________________________________________ 9 windows is a trademark of microsoft.
evaluate: max2560/max2566/max2572 wcdma mode perform the following steps to evaluate the max2566/ max2572 in the wcdma mode: 1) verify shunt ju24 is in the loumts position. 2) with max2560/max2566/max2572 control software active in the reg screen, use tables 2 and 3 to set the operating mode to wcdma. 3) connect the i and q outputs of the arbitrary wave- form generator to the i (j15) and q (j16) ports. set the generator to wcdma settings. verify 300mv peak baseband signal on q+/q- (ju2) and i+/i- (ju1), or 600mv peak-to-peak differential. 4) the max2566 ev kit requires an external lo input. apply an external lo 1565mhz at -10dbm to the loh port. 5) connect rfh0 (j1) to the spectrum analyzer. configure the spectrum analyzer to measure acpr for the uplink wcdma. set the center frequency to 1950mhz with 50mhz span and a +10dbm refer- ence level. 6) adjust the r1 (vgcrf) and r6 (vgcif) (only adjust vgcif if vgs = 1) to obtain an output power of +8dbm after accounting for cable and connector loss. the acpr in 3.84mhz bandwidth at ?mhz offset should be -49dbc, and the acpr in 3.84mhz band- width at ?0mhz offset should be -62dbc. note that c112c115 are disconnected for this measurement. gsm 900 mode perform the following steps to evaluate the max2566/max2572 in the gsm 900 mode: 1) verify shunts ju23?u26 and ju33 positions with table 4. 2) with max2560/max2566/max2572 control software active in the reg screen, use tables 2 and 3 to set the operating mode to gsm 900 mode. 3) connect the i and q outputs of the arbitrary wave- form generator to the i (j15) and q (j16) ports. set the generator to gsm settings. verify 300mv peak baseband signal on q+/q- (ju2) and i+/i- (ju1), or 600mv peak-to-peak differential. 4) the max2566 ev kit requires an external lo input. apply an external lo 1190mhz at -10dbm to the loh port. 5) connect gsm (j3) to the spectrum analyzer. configure the spectrum analyzer to measure spec- tral mask for the gsm signal. set the center fre- quency to 900mhz with 50mhz span and a +10dbm reference level. max2560/max2566/max2572 evaluation kits 10 ______________________________________________________________________________________ register (hex) cellular cdma pcs cdma frac_synth 0b4fdf 0b4fdf frac 020000 005555 if_n 000497 000519 if_synth 00d830 00d830 opctrl 09c01f 09f49f config 07a307 07a307 test 000025 000025 table 1. max2560 register settings register (hex) wcdma gsm 900 dcs 1800 gsm 1900 frac_synth 0b603b 0b602c 0b602c 0b602c frac 03b13b 09d89e 09d89e 09d89e if_n 000302 000244 000244 000244 if_synth 00d80d 00d80d 00d80d 00d80d opctrl 0df77f 0d876f 0d876f 0d876f config 07a103 07bd007 04bd0f 04bd0f test 000025 000025 000025 000025 table 2. max2566 register settings
dcs 1800 mode perform the following steps to evaluate the max2566/max2572 in the dcs 1800 mode: 1) verify shunts ju23?u26 and ju33 positions with table 4. 2) with max2560/max2566/max2572 control software active in the reg screen, use tables 2 and 3 to set the operating mode to dcs 1800 mode. 3) connect the i and q outputs of the arbitrary wave- form generator to the i (j15) and q (j16) ports. set the generator to gsm settings. verify 300mv peak baseband signal on q+/q- (ju2) and i+/i- (ju1), or 600mv peak-to-peak differential. 4) the max2566 ev kit requires an external lo input. apply an external lo 1510mhz at -10dbm to the loh port. 5) connect gsm (j33) to the spectrum analyzer. configure the spectrum analyzer to measure spec- tral mask for the gsm signal. set the center fre- quency to 1800mhz with 50mhz span and a +10dbm reference level. gsm 1900 mode perform the following steps to evaluate the max2566/max2572 in the gsm 1900 mode: 1) verify shunts ju23?u26 and ju33 positions with table 4. 2) with max2560/max2566/max2572 control software active in the reg screen, use tables 2 and 3 to set the operating mode to gsm 1900 mode. 3) connect the i and q outputs of the arbitrary wave- form generator to the i (j15) and q (j16) ports. set the generator to gsm settings. verify 300mv peak baseband signal on q+/q- (ju2) and i+/i- (ju1), or 600mv peak-to-peak differential. 4) the max2566 ev kit requires an external lo input. apply an external lo 1610mhz at -10dbm to the loh port. 5) connect gsm (j33) to the spectrum analyzer. configure the spectrum analyzer to measure spec- tral mask for the gsm signal. set the center fre- quency to 1900mhz with a +10dbm reference level. layout considerations the max2560/max2566/max2572 ev kits can serve as guides for board layout. keep pc board trace lengths as short as possible to minimize parasitics. also, keep decoupling capacitors as close to the ic as possible with a direct connection to the ground plane. intf2300 spi interface board the intf2300 interface board is used to interface 3- wire spi protocol from a pc? parallel port to the ev kit. this board level translates 5v logic from the pc to vcc of the ev kit (typically, this is 2.85v logic). the intf2300 also provides buffering and emi filtering. its absolute maximum supply voltage is 4.6v, limited by the break- down of the buffer ic. the recommended operating supply voltage range is +2.7v to +3.6v. evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ______________________________________________________________________________________ 11 register (hex) wcdma gsm 900 dcs 1800 gsm 1900 frac_synth 070778 0b075b 0b0774 0b077b frac 062763 089d8a 027627 0d89d9 if_n 000302 000244 000244 000244 if_synth 00d80d 00d80d 00d80d 00d80d opctrl 0df77f 0d876f 0d876f 0d876f config 07a103 07bd07 04bd07 04bd0f test 000000 000000 000000 000000 table 3. max2572 register settings mode ju23 ju24 ju25 ju26 ju33 gsm 900 close logsm1 low low low dcs 1800 close logsm1 low high high gsm 1900 close logsm1 high high high table 4. gsm jumper settings
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 12 ______________________________________________________________________________________ figure 1. max2560 ev kit schematic (sheet 1 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ______________________________________________________________________________________ 13 figure 1. max2560 ev kit schematic (sheet 2 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 14 ______________________________________________________________________________________ figure 1. max2560 ev kit schematic (sheet 3 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ______________________________________________________________________________________ 15 figure 2. max2566 ev kit schematic (sheet 1 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 16 ______________________________________________________________________________________ figure 2. max2566 ev kit schematic (sheet 2 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ______________________________________________________________________________________ 17 figure 2. max2566 ev kit schematic (sheet 3 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 18 ______________________________________________________________________________________ figure 3. max2572 ev kit schematic (sheet 1 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ______________________________________________________________________________________ 19 figure 3. max2572 ev kit schematic (sheet 2 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits 20 ______________________________________________________________________________________ figure 3. max2572 ev kit schematic (sheet 3 of 3)
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits ______________________________________________________________________________________ 21 figure 5. max256_/max257_ ev kit component placement guide?older side figure 4. max256_/max257_ ev kit component placement guide?omponent side 1.0" 1.0" 1.0" 1.0" figure 7. max256_/max257_ ev kit pc board layout ground plane figure 6. max256_/max257_ ev kit pc board layout component side
evaluate: max2560/max2566/max2572 max2560/max2566/max2572 evaluation kits maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a maxim product. no circu it patent licenses are implied. maxim reserves the right to change the circuitry and specifications without notice at any time. 22 ____________________maxim integrated products, 120 san gabriel drive, sunnyvale, ca 94086 408-737-7600 2004 maxim integrated products printed usa is a registered trademark of maxim integrated products. figure 8. max256_/max257_ ev kit pc board layout?nner layer figure 9. max256_/max257_ ev kit pc board layout?older side 1.0" 1.0"

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