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TDA8060ATS Datasheet, PDF (6/16 Pages) NXP Semiconductors – Satellite ZERO-IF QPSK down-converter | |||
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Philips Semiconductors
Satellite ZERO-IF QPSK down-converter
Product speciï¬cation
TDA8060ATS
AC CHARACTERISTICS
Tamb = 25 °C; VCC = 5 V; unless otherwise speciï¬ed.
SYMBOL
PARAMETER
CONDITIONS MIN. TYP. MAX. UNIT
Quadrature generator
fosc
oscillator frequency
note 1
920 â
2200 MHz
ΦNosc
oscillator phase noise
at 10 kHz offset; â
note 2
â80 â75 dBc/Hz
âΦ
absolute quadrature error
note 4
â
0
3
deg
fLOOUT
output frequency
VPEN = 0 V
VPEN = VCC
â
fosc â
â
1â2fosc â
Vo(diff)(LOOUT)
differential output voltage at pin LOOUT
RL = 100 â¦
differential
â30 â22 â
dBm
R2H
Zo(diff)(LOOUT)
second harmonic rejection
note 3
differential output impedance at pin LOOUT
â
30 â
dBc
â
60 â
â¦
Conversion stage
Ri(diff)
Li(diff)
Pi(max)
Pi(min)
âGv/âV(slope)
âGv(I-Q)
âtd(g)(RF-IOUT)
âtd(g)(RF-QOUT)
td(g)(I-Q)(40)
B(â1dB)(RF-IOUT)
B(â1dB)(RF-QOUT)
B(â3dB)(RF-IOUT)
B(â3dB)(RF-QOUT)
Zo(IOUT)
Zo(QOUT)
Vo(IOUT)
Vo(QOUT)
RL(IOUT)
RL(QOUT)
series real part of differential input
impedance at pins RFA and RFB
note 5
â
34 â
â¦
series inductance of differential input
impedance at pins RFA and RFB
note 5
â
5
â
nH
maximum input power per channel
â
â25 â
dBm
minimum input power per channel
â
â62 â60 dBm
AGC slope
at Gv(RF-IOUT)(min) â
30 43 dB/V
voltage gain mismatch between I and Q
â
â
1
dB
group delay variation per channel (40 MHz)
from RF input to pin IOUT
â
0.5 2
ns
group delay variation per channel (40 MHz)
from RF input to pin QOUT
â
0.5 2
ns
group delay mismatch per channel (40 MHz)
between I and Q
â
0
0.5 ns
channel â1 dB bandwidth from RF input to
pin IOUT
â
40 â
MHz
channel â1 dB bandwidth from RF input to
pin QOUT
â
40 â
MHz
channel â3 dB bandwidth from RF input to
pin IOUT
â
70 â
MHz
channel â3 dB bandwidth from RF input to
pin QOUT
â
70 â
MHz
output impedance at pin IOUT
â
65 â
â¦
output impedance at pin QOUT
â
65 â
â¦
nominal output voltage level at pin IOUT
per channel
â
28 â
dBmV
nominal output voltage level at pin QOUT per channel
â
28 â
dBmV
resistive load at pin IOUT
400 â
â
â¦
resistive load at pin QOUT
400 â
â
â¦
2000 Nov 10
6
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