U1160A AGILENT TECHNOLOGIES, U1160A Datasheet - Page 9

• Manufacturer Part Number: U1160A
• Description: Standard Test Lead Kit
• Manufacturer: AGILENT TECHNOLOGIES

Specifications of U1160A

• Voltage Rating: 1000V
• Lead Free Status / RoHS Status: na

MEASURING RATE
[1] All frequency counters are susceptible to errors. Shielding inputs from external noise pickup is critical to minimize measurement errors. For non-square wave signals, add 5 counts.
[2] Output impedance: 3.5 kW maximum.
[3] The positive or negative pulse width must be greater than 50 µs for adjustment of the duty cycle or pulse width under different frequencies. Otherwise, the accuracy and range will be
[4] For signal frequencies greater than 1 kHz, an addition of 0.1% per kHz is added to the accuracy.
[5] For data logging to PC, maximum number of data points is dependent on available hard disk space.
[6] For the U1253A/U1253B model.
Table A
INPUT IMPEDANCE
FUNCTION
ACV
ACV + dB
DCV
AC + DC V
W /nS
Diode
Capacitance
DCI
ACI
AC + DC I
Temperature
Frequency
Duty cycle/Pulse width
different from the specifi cations defi ned.
AC + DC Voltage
FUNCTION
DC Voltage
AC Voltage
TIMES/SECOND
7
7
7
2
14
14
4 (< 100 µF)
7
7
2
6
1 (>10 Hz)
0.5 (>10 Hz)
50 mV to 1000 mV
50 mV to 1000 mV
50 mV to 1000 mV
5 V to 1000 V
5 V to 1000 V
5 V to 1000 V
RANGE
parallel with < 100pF
1.1 MW (nominal) in
10 MW (nominal)
U1251A
> 1 GW
> 1 GW
N/A
MANUAL AND INTERVAL DATA LOGGING
DECIBEL (dB) CALCULATION
INTERVAL
LOGGING
MANUAL
1 mW (dBm)
TYPE
1 V (dBV)
dB BASE
9
1.1 MW in parallel at dual
10 MW (nominal), with
parallel with < 100 pF
parallel with < 100pF
1.1 MW (nominal) in
1.1 MW (nominal) in
U1252A/U1253A
MAXIMUM DATA POINTS
> 1 GW
> 1 GW
> 1 GW
display
U1251A
100
200
REFERENCE
1-9999 W
1 V
U1252A
with 10 MW in parallel at
10 MW in parallel with
100
200
10 MW (nominal),
[5]
dual display
DEFAULT REFERENCE
< 100 pF
U1251B
10 MW
N/A
50 W
1 V
U1253A
1000
100
in parallel with 10 MW,
parallel at dual display
10 MW in parallel with
10 MW (nominal),
U1252B/U1253B
10 MW (nominal)
with 10 MW in
< 100 pF
< 100 pF
10 MW
10 MW