HCPL-800J Datasheet, PDF (9/18 Pages) AVAGO TECHNOLOGIES LIMITED – Under-Voltage Detection

Electrical Specifications (Cont.)
Unless otherwise noted, for sinusoidal waveform input and reference resistor R_ref = 24 kΩ, all typical values are at T_A =
25°C, V_CC1 = 5 V, V_CC2 = 5 V; all Minimum/Maximum specifications are at Recommended Operating Conditions.
Receiver
Parameter
Input Impedance
Output Impedance (Rx-PD-out)
Input Referred Noise
Bandwidth (Rx-PD-out)
Gain
Symbol
Z_{I, Rx}
Z_{O, RxPD}
V_nr
BW_RxPD
G_R1
Set-up Time (Rx-PD-out)
Total Harmonic Distortion
(Rx-PD-out)
Receiver Output Amplifier (RxAMP)
DC Biased Voltage
Output Impedance
Total Harmonic Distortion
(Rx-out)
t_{s, Rx}
THD_RxPD
V_{Bias, Rx}
Z_{O, RxA}
THD_Rx
Gain Bandwidth Product
GBW_RxA
Min. Typ.
4
30
25
500
20
10
-38
Max.
Unit Test Condition
Fig.
kΩ
V_Tx-en = 0 V, f = 132 kHz
W _Hz V_Tx-en = 0 V, f = 132 kHz
nV/
V_Tx-en = 0 V, V_Rx-in = 0 VPP
kHz
V_Tx-en = 0 V
dB
V_Tx-en = 0 V, V_Rx-in = 0.05 V_PP, f 17
= 132 kHz
ms
V_Tx-en = 0 V, f = 132 kHz
dB
V_Tx-en = 0 V, V_Rx-in = 0.01 V_PP, f
= 132 kHz
Note
2.27
V
20
W
V_Tx-en = 0 V, f = 132 kHz
-60
dB
V_Tx-en = 0 V, f = 132 kHz,
V_Rx-Amp-in = 0.5 V_PP ,
Gain = - 4,
feedback resistor 20 kΩ
28
MHz V_Tx-en = 0 V, f = 132 kHz,
18
V_Rx-in = 0.1 V_PP, G_R2 = - 20,
feedback resistor 20 kΩ
9