AMIS30585GEVK ON Semiconductor, AMIS30585GEVK Datasheet - Page 12

• Manufacturer Part Number: AMIS30585GEVK
• Description: Power Management IC Development Tools EVK PLC MODEM 1200 BAUD
• Manufacturer: ON Semiconductor
• Type: Supervisory Circuitsr

Specifications of AMIS30585GEVK

• Rohs: yes
• Product: Evaluation Kits
• Tool Is For Evaluation Of: AMIS-30585
• Input Voltage: 3 V to 3.6 V
• Output Voltage: 0.3 V

Transmitter External Parameters: Pin TX_OUT, ALC_IN, TX_ENB
11. This parameter will not be tested in production.
12. This delay corresponds to the internal transmit path delay and will be defined during design.
13. Taking into account the resolution of the DDS and an accuracy of 100 ppm of the crystal.
14. A sinusoidal signal of 10 kHz and 100 mV ptp is injected between VDDA and VSSA. The digital AD converter generates an idle pattern. The
15. A sinusoidal signal of 50 Hz and 100 mV ptp is injected between VDDA and VSSA. The digital AD converter generates an idle pattern. The
characteristic between the limits listed below. The absolute
output level depends on the operating condition. In
production the measurement will be done for relative output
levels where the 0 dB reference value is measured at 50 kHz
with a signal amplitude of 100 mV.
Table 10. TRANSMITTER EXTERNAL PARAMETERS
Table 11. TRANSMITTER EXTERNAL PARAMETERS
To guarantee the transmitter external specifications the TX_CLK frequency must be 12 MHz # 100 ppm.
PSRR
The LPF filter + amplifier must have a frequency
Parameter
CL
RL
Td
Df
signal level at TX_OUT is measured to determine the parameter.
signal level at TX_OUT is measured to determine the parameter.
V
Parameter
VTH
VTL
I
ALC
LE_ALC_IN
TX_OUT
ALC
TX_OUT
HD2
HD3
TX_OUT
TX_OUT
TX_ENB
ALC_IN
ALC_IN
TX_OUT
range
step
Maximum peak output level
Second order harmonic distortion
Third order harmonic distortion
Frequency accuracy of the gener-
ated sine wave
Capacitive output load at pin
TX_OUT
Resistive output load at pin TX_OUT
Turn off delay of TX_ENB output
Automatic level control attenuation step
Maximum attenuation
Low threshold level on ALC_IN
High threshold level on ALC_IN
Input leakage current of receiver input
Power supply rejection ration of the trans-
mitter section
Description
Description
http://onsemi.com
fTX_OUT = 50 kHz
fTX_OUT = 95 kHz
Level control at max. output
fTX_OUT = 95 kHz
Level control at max. output
fTX_OUT = 95 kHz
Level control at max. output
12
(Notes 11 and 13)
Condition
(Note 12)
(Note 11)
Table 12. TRANSMITTER FREQUENCY
CHARACTERISTICS
Condition
Frequency (kHx)
1000
2000
130
165
330
660
10
95
(Note 14)
−0.46
−0.68
Min.
20.3
2.9
−1
10
Min.
0.85
0.76
0.25
Min. (dB)
5
−0.5
−1.3
−4.5
(Note 15)
−0.36
−0.54
Max.
21.7
3.1
35
1
Max.
1.15
1.22
−56
−58
0.5
30
20
Max. (dB)
−18.0
−36.0
−2.0
−3.0
−50
−50
0.5
0.5
Unit
mA
dB
dB
dB
V
V
Unit
KW
ms
Vp
dB
dB
Hz
pF