AN6591FJM

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1 IC AN6591FJM PHS, PLL IC AN6591FJMPHSIF PLL IC QFN (Quad flat non-leaded PKG) (0.63) R ±0.10 (6.00) (0.63) C 0.50 (6.00) 6.20± ± max Unit : mm, PLL,, APC (Auto power control) ( 300 MHz) IF RSSI PLL 1st Lo PLL 2nd Lo PLL 6 mm 6 mm 0.60± ±0.10 (1.10) ± Seating plane (1.10) (0.48) (0.48) (0.15) 0.16± M QFN044-P-0606A PHS, : SDM00007AJB 1

2 LD f REFIN 5 µf V CC LPF2 Data Clock LD PSRF PSIF VCO1 V CC1 LPF1 f RFIN P 0 STROBE V CC 0 Ω 0 Ω Lo MHz MHz 560 Ω 560 Ω 5 µf pf 47 Ω pf bit 1st. 1st st. R 14-bit 1st. R 300 khz 1st. 18-bit 1st. A, N nd. 2nd. N(291) A(7) 23 2nd. 50 khz 2nd. R(384) 2nd. (1 / 16, 1 / 17) st. N Σ φ RSSI V CC VCO2 f IFIN V CC1 I I Q Q V MI 47 Ω MHz 47 Ω Lo3 22 nf MIXO 330 Ω pf 2200 pf V CC2 330 Ω 47 Ω V LI pf 5 µf V LM 22 nf 0 Ω 47 Ω 560 pf V S Lo MHz 2 SDM00007AJB

3 Pin No. 1 RXMXIN RX mix. in 2 RXLOIN RX local in 3 V CC2 V CC mix. 4 MXO Mix. out 5 LMDEC1 Lim. decouple1 6 LMIN Lim. in 7 LMDEC2 Lim. decouple2 8 V CC2 V CC lim. 9 LMO Lim. out 10 TXLO2 TX local2 in 11 RSO RSSI out 12 GND GND 13 Q-in Q-input 14 Q-in Q-input 15 I-in I-input 16 I-in I-input 17 V CC1 V CC TX mod. 18 GNDM GND TX mod. 19 IFIN 2nd prescaler in 20 N.C. 21 GND2 GND 2nd CMOS 22 V CC V CC 1st 2nd BIP Pin No. 23 N.C. 24 N.C. 25 N.C. 26 V CC V CC 2nd CMOS 27 CP2 2nd charge pump out 28 PSIF 2nd power save in 29 PSRF 1st power save in 30 Ref. Reference in 31 LD Lock detect out 32 Clock Clock in 33 Data Serial data in 34 STROBE Strobe in 35 GND GND 1st / 2nd CMOS 36 CP1 1st charge pump out 37 V CC V CC 1st CMOS 38 RFIN 1st prescaler in 39 TXLO1 TX local 1 40 TXLO1R TX local 1ref. 41 APC / BS APC / BS 42 V CC1 V CC TX out 43 TXO TX output 44 GNDO GND TX out V CC 3.5 V V CC1 V CC2 * 2 I CC 54 ma *2 P D 194 mw *1 T opr C * 1 ) *1: T a = 25 C *2: P D IC T stg C V CC, V CC1, 2.7 ~ 3.3 V V CC2 SDM00007AJB 3

4 T a = 25 C () I CCRX ma Mix. G MX 1 V MI = 70 dbµ, db Mix. V MX 1 V MI = 105 dbµ, dbµ Lim. G LM 1 V MI = 20 dbµ db Lim. V LM 1 V LI = 80 dbµ mv[p-p] RSSI(1) V S (1) 1 V LI = V RSSI(2) V S (2) 1 V LI = 115 dbµ V RSSI D S 1 V S (V IS ) = V S (1) V V D S (1) = V S (V IS + 65 dbµ) V S (V IS ) RSSI D S(n) 1 D S (n) = 5 (V S (V IS + n13 dbµ) V S (V IS + (n 1) 13 dbµ)) / D S (1) n = 1 5 () I CCTX 1 Lo1 = MHz, 10 dbm ma Lo2 = MHz, 10 dbm V APC = 2.75 V ISL 2, V APC = 0 V 0 10 µa 1 * P01 1 Lo1 = MHz, 10 dbm 13 9 dbm Lo2 = 1660 MHz, 10 dbm V APC = 2.2 V 2 * P02 1 Lo1 = MHz, 10 dbm 13 9 dbm Lo2 = 1687 MHz, 10 dbm V APC = 2.2 V IL1 1 Lo1 = MHz, 10 dbm dbc Lo2 = MHz, 10 dbm V APC = 2.75 V, IQ : f LO1 + f LO2 CL 1 Lo1 = MHz, 10 dbm dbc Lo2 = MHz, 10 dbm V APC = 2.75 V IQ : DC DU 1 Lo1 = MHz, 10 dbm dbc Lo2 = MHz, 10 dbm Po = 13 dbm V APC ) 1., V CC2 = 3.0 V, V LO3 = 10 dbm : f = MHz, V MI : f = MHz, SW1 = a, V LI : f = 10.8 MHz (Pin6) V MO V LO ( : V LM 27 PF, 1 MΩ ) 2. V IS RSSIV S (1) VV LI V CC1 = 3.0 V, IQ : 0.5 V[p-p] (), DC : 1.5 V, SW1 = a, I CCTX, IL1, CL : π / 4 QPSK P01, P02, DU : PN9 IQ : π / 4QPSK V[p-p]PN9 : SPAN : 2 MHz, RBW : 3 MHz, VBW : 3 MHz, SWPT : 5 s Det. : pose. peak * : P01 : MHz, P02 : MHz 4 SDM00007AJB

5 ( ) T a = 25 C 1 (PLL) I CC1 1 1st, 2nd PLL On ma 2 (PLL) I CC2 1 1st On, 2nd Off ma 3 (PLL) I CC3 1 1st Off, 2nd On ma 4 (PLL) I CC µa 1st RF V RFIN 1 f RFIN = MHz MHz 15 2 dbm 2nd IF V IFIN 1 f IFIN = 120 MHz 300 MHz dbm V REFIN 1 f REFIN = 10 MHz 25 MHz V[p-p] ) V CC = 3.0 V f REFIN = 19.2 MHz, V REFIN = 0.6 V[p-p] ), 1st CL1 1 Lo1 = MHz, 10 dbm dbc Lo2 = MHz, 10 dbm V APC = 2.75 V 2nd CL2 1 Lo1 = MHz, 10 dbm dbc Lo2 = MHz, 10 dbm V APC = 2.75 V P 1 Lo1 = MHz, 10 dbm 1.0 db Lo2 = 1660 MHz 1687 MHz, 10 dbm, V APC = 2.2 V ch. BL1 1 Lo1 = MHz, 10 dbm 60 dbc (600 khz) Lo2 = MHz, 10 dbm V APC = 2.75 V EVM 1 Lo1 = MHz, 10 dbm 3 5 %[rms] Lo2 = MHz, 10 dbm V APC = 2.2 V Pmin 1 Lo1 = MHz, 10 dbm dbm Lo2 = MHz, 10 dbm V APC = 1.0 V RF MHz IIL 1 Lo1 = MHz, 10 dbm 36 dbc Lo2 = MHz, 10 dbm V APC = 2.75 V Rmix Ω ) V CC, V CC1, V CC2 = 3.0 V IQ : 0.5 V[p-p] (), DC : 1.5 V CL1, CL2, P, BL1, EVM, Pmin, IIL : PN9 SDM00007AJB 5

6 ( ) T a = 25 C ( ) ), "H" V IH V "L" V IL V "H" V OH V "L" V OL V "H" 1 I IH1 2 V IH = 3.0 V 0 10 µa "L" 1 I IL1 2 V IL = 0 V 0 10 µa "H" 2 I IH2 2 V IH = 3.0 V 0 10 µa "L" 2 I IL2 2 V IL = 0 V 0 10 µa "H" 1, 2 H1H,2H 2 High power, V OH = 2.4 V ma (High power) "L" 1, 2 L1H,2H 2 High power, V OL = 0.6 V ma (High power) "H" 1, 2 H1L,2L 2 Low power, V OH = 2.4 V ma (Low power) "L" 1, 2 L1L,2L 2 Low power, V OL = 0.6 V ma (Low power) Z 2 V OZ = 0 V, 3.0 V µa "H" 3 H3L 2 V OH = 2.4 V ma "L" 3 L3L 2 V OL = 0.6 V ma (1st) rockt1 1 1st, 2nd PLLOnch 600 µsec RX TX, TX RX (2nd) rockt2 1 1st, 2nd PLLOn 600 µsec (PS) 1st ±50 khz Lspu1 1 1st, 2nd PLLOn 40 dbc L-ch. H-ch. 1stC / N Lspu2 1 1st, 2nd PLLOn 70 dbc / df = 1 khz, L-ch. H-ch. Hz 1st Lspu3 1 1st, 2nd PLLOn 67 dbc df = 600 khz, BW192 khz 2nd Lspu4 1 1st, 2nd PLLOn 40 dbc ±50 khz RW 1 khz, VW 1 khz 2ndC / N Lspu5 1 1st, 2nd PLLOn 76 dbc / df = 1 khz Hz ), V CC = 3.0 V f REFIN = 19.2 MHz, V REFIN = 0.6 V[p-p] 6 SDM00007AJB

7 ( ) 1. 1 LD f REFIN 5 µf V CC LPF2 Data Clock LD PSRF PSIF MHz MHz VCO1 fout1 (Lo1) V APC/BS V CC1 LPF1 f RFIN P 0 STROBE V CC 0 Ω 0 Ω Lo MHz MHz 560 Ω 560 Ω 5 µf pf 47 Ω pf bit 1st. 1st st. R 14-bit 1st. R 300 khz 1st. 18-bit 1st. A, N nd. 2nd. N(291) A(7) 23 2nd. 50 khz 2nd. R(384) 2nd. (1 / 16, 1 / 17) st. N Σ φ RSSI V CC VCO MHz f IFINfout2 (Lo2, Lo3) V CC1 I I Q Q V MI 47 Ω MHz 47 Ω Lo3 22 nf MIXO 330 Ω pf 2200 pf V CC2 330 Ω 47 Ω pf 5 µf V LM 22 nf 0 Ω 47 Ω 560 pf V S Lo MHz V LI SDM00007AJB 7

8 ( ) 2. 2 VIH, VIL, IIH1, IIL1 VIH, VIL, IIH1, IIL1 VOH, VOL, IOH3, IOL3 VIH, VIL, IIH2, IIL2 VIH, VIL, IIH2, IIL2 VOH, VOL, IOH2, IOL2, 10 z 5 µf V CC Data Clock LD PSRF PSIF VIH, VIL, IIH1, IIL1 STROBE bit 1st. 1st. 1st. R 14-bit 1st. R 300 khz 1st. 18-bit 1st. A, N 1st. N 2nd. 2nd. 50 khz 2nd. R(384) 2nd. N(291) A(7) 2nd. (1 / 16, 1 / 17) V APC/BS V CC Σ φ P 0 44 RSSI VOH, VOL, IOH1, IOL1, 10 z V CC V CC 0 Ω 5 µf V CC1 1.5 V V MI Lo3 MIXO pf pf 22 nf 5 µf LIMIN V CC2 V LM 22 nf Lo2 V S 560 pf 8 SDM00007AJB

9 Pin No. I / O 1 RXMIXIN : I 16 kω 1 2 RXLOIN : I 2 3 V CC2 : 4 MXO : O 4 5 LMDEC1, 2 : GND 7 6 LMIN : I 330 Ω 8 V CC2 : RSSI 9 LMO : O 9 SDM00007AJB 9

10 ( ) Pin No. I / O TXLO2 : I RSO : O RSSI 11 DC 12 GNDR : GND 13 Q-in : I Q 17 DC DC(V) V[p-p] () 14 Q-in : I Q DC DC(V) V[p-p] () 15 I-in : I I DC 42 DC(V) V[p-p] () 16 I-in : I I DC DC(V) V[p-p] () 10 SDM00007AJB

11 ( ) Pin No. I / O 17 V CC1 : I V CC 18 GNDM : GND GND 19 2nd prescaler in : I 2nd PLL GND 2nd CMOS : 2nd PLL GND 22 V CC : PLL Bip 26 V CC : PLL 2nd CMOS 27 2nd chargepump out : O 2nd PLL : 2nd power save in I : 1st power save in 29 2nd PLL / 1st PLL 30 Reference in : I 30 SDM00007AJB 11

12 ( ) Pin No. I / O 31 Lock detect out : O : Clock in : I : Serial data in : : Strobe in : 35 GND 1st / 2nd CMOS : 1st / 2nd PLL GND 36 1st charge pump out : O 1st PLL V CC : 1st PLL CMOS 38 1st prescaler in I 1st PLL TX LO1 : I 42 UP 40 TX LO1R : I UP SDM00007AJB

13 ( ) Pin No. I / O 41 APC / BS : I RF 41 (APC) V APC (V) 5 kω 42 V CC1 : UP V CC / 43 TXO : O 42 RF Off 1.0 V CC On (APC) 44 GNDO : UPGND GND SDM00007AJB 13

14 1. 23-bit Clock 23-bit STROBE 1 1) 1st 1st MSB LSB N10 N9 N8 N7 N6 N5 N4 N3 N2 N1 N0 A6 A5 A4 A3 A2 A1 A0 PD P TC C1 C0 X X X TO X R13 R12 R11 R10 R9 R8 R7 R6 R5 R4 R3 R2 R1 R0 T1 T0 C1 C0 f out = (P N + A) f in / R : 1st A = or 63, N = ( N > A) R = X : don't care (1) (2) C0 C stR 2ndR T0 T stAN 2ndN 0 1 1stR 1 0 1stN 1 1 (3) PD 0 negative 1 positive P 128 / / 65 TC LD TO normal test 2) Data t 1 t (t 1, t 2 50 ns) Clock STROBE 14 SDM00007AJB

15 ( ) 2. 2nd ( ) f out2 = MHz, f r = 50 khz, (P = 16, N = 291, A = 7, R = 384) f REFIN = 19.2 MHz MSB N10 N9 N8 N7 N6 N5 N4 N3 N2 N1 N0 X X X A3 A2 A1 A0 PD P X LSB X X X X X R13 R12 R11 R10 R9 R8 R7 R6 R5 R4 R3 R2 R1 R0 X X X : don't care 3. LD 1) 1stLD(2) 2ndLD(3)AND 2) 1st LD High Low3.3 µs f ref = 300 khz ±(52 4) ns 3) 2nd LD High Low20 µs f ref = 50 khz ±(52 4) ns 1st or or 2nd or or LD High Low Low Low 4. 1) Clock, Data, STROBEHigh Active 2) (PS1 = low, PS2 = low), (PS1 = high, PS2 = high) SDM00007AJB 15

16 ( ) 3. TX-RX / (µs) RX TX 250 TX RX max. V CC = 3.0 V, f REF = 19.2 MHz ±1 khz (ch) 1) 33 pf TCX03V 15 nh 27 Ω µf pf 5.6 kω 10 kω 1.5 pf 33 pf 39 pf 68 pf MA2Z nh XN kω 2.2 kω 15 kω 22 pf 1000 pf pf 180 Ω 68 pf pf 56 pf 47 Ω CP2 Ref. IFIN V CC1/2/B AN6591FJM Time-98 CP1 RFIN PS2 PS1 Data Clock STROBE 47 pf 2.5 pf 47 Ω PLL3V TCX03V PLL3V 0.68 µf 470 Ω 8.2 kω 680 pf pf VCO ENFVJ1G S03 pf TCX03V pf 0.68 µf 2) (1) TX-RX (2) PS1 PS2 Data Clock STROBE 1.25 ms RX 1.25 ms 1.25 ms 1.25 ms TX TCX03V PLL3V PS2 PS1 ch 1.2 s 13.5 ms 27 µs 15.2 µs 4 ms2 ms 1 ms 3.5 ms 16 SDM00007AJB

17 ( ) 4. (f RFIN ) ch f RFIN <TX> (MHz) f RFIN <RX> (MHz) ch f RFIN <TX> (MHz) f RFIN <RX> (MHz) SDM00007AJB 17

18 ( ) 4. (f RFIN ) ( ) ch f RFIN <TX> (MHz) f RFIN <RX> (MHz) ch f RFIN <TX> (MHz) f RFIN <RX> (MHz) max (1st) (2nd) QFN044-P-0606A P D (W) Rth(j-a) = C/W P D T a ( : 50 mm 50 mm t0.8 mm) Rth(j-a) = 71.8 C/W T a ( C) 18 SDM00007AJB

19 ( ) 6. (dbm) / ch (dbc) / 8 Lo (dbc) APC 0 20 ch 600 khz ch 300 khz 8 Lo APC (V) Lo2 : MHz, 10 dbm 2 Lo1 : MHz, 10 dbm 90 I / Q DC : 1.5 V, : 500 mv[p-p], PN (%) (dbm) RLV : 0.0 dbm 90 AT 15 db RB 1 MHz ST 200 ms VB 1MHz k 60k 600k 6M 60M 600M 6G (Hz) AN6591FJM Mix. AN6591FJM Lim C C Mix. (dbµ) C 60 C 25 C Lim. (dbµ) C Mix. (dbµ) (dbµ) ) SDM00007AJB 19

20 ( ) 2. ( ) AN6591FJM RSSI AN6591FJM Mix RSSI (V) C 60 C 25 C IM / Mix. (dbµ) IM (dbµ) Mix. (dbµ) AN6591FJM Mix CG Mix. CG (db) NF (db) NF Local (dbm) ) SDM00007AJB

DS04-21361-4

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