SA1620 Datasheet, PDF (7/26 Pages) NXP Semiconductors – Low voltage GSM front-end transceiver

Philips Semiconductors
Low voltage GSM front-end transceiver
Product specification
SA1620
DC ELECTRICAL CHARACTERISTICS
V_CCxxx = +3V, T_A = 25°C; unless otherwise stated.
SYMBOL
PARAMETER
TEST CONDITIONS
LIMITS
UNITS
MIN
TYP
MAX
Transmitter
I_VCC
R1
Total supply current
External resistor¹
Transmit mode
R₅₄₆ = 240Ω
59
90
mA
240
Ω
V_R1 Internal supply at pin RETx
I_R1
Current at pin RETx
Low noise amplifiers
V_CCTx1,2 = 2.7V
V_CCTx1,2 = 5.5V
R546 = 240Ω, V_CCTx1,2 = 2.7V
R546 = 240Ω, V_CCTx1,2 = 5.5V
0.43
V
0.45
1.7
mA
1.8
I_VCCL1
I_VCCL2
Receiver
Current at pin V_CCL1
Current at pin V_CCL2
G1hi mode
G2hi mode
2.5
3.5
2.5
3.5
5
mA
5
mA
I_VCC Total supply current
Regulators
Receive mode
R₅₄₆ = 240Ω
28
39
mA
Vreg1 Voltage @ 100mA load
Con1
Con2
L
L
2.85
3.0
3.15
V
L
H
3.23
3.4
3.57
V
H
L
3.515
3.7
3.885
V
H
H
4.61
5.1
5.61
V
Vreg2 Voltage @ 30mA load
Con1
Con2
L
L
2.85
3.0
3.15
V
L
H
3.23
3.4
3.57
V
H
L
3.515
3.7
3.885
V
H
H
4.61
5.1
5.61
V
Logic levels²
V_IH
Logic 1 level
P_ONBUF, PDTx, P_ONRx, A, B
2.0
V_CCBM3
V
V_IH
Logic 1 level
P_ON
2.0
V_BATT
V
V_IL
Logic 0 level
0
0.8
V
I_I
Input logic current
1
µA
C_Ia
Input logic capacitance
1.7
pF
NOTES:
1. The output current I_TXO + I_TXOX is adjustable by the external resistor R546. I_TXO + I_TXOX = 10 * I_R546, I_R546 = V_R1/R546,
2. Thresholds are independent of supply voltages. Thus the SA1620 is compatible with SA1638 and with the power down inputs of usual
external voltage regulators.
3. P_ON logic 1 max is V_BATT.
1997 May 22
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