Specifications Rating Symbol Value Unit Applied Voltage(V2V1, V14V1, V1V9, V1V12, V1V4,V1V8, V12V7, V9V7, V8V7, V4V7) V 30 Vdc Differential Input Signal V12V9V4V8 ± (6+I13 RX)± (6+I3 RY) Vdc Maximum Bias Current I3I13 1010 mA Operating Temperature RangeMC1495MC1495B T...
MC1495: Specifications Rating Symbol Value Unit Applied Voltage(V2V1, V14V1, V1V9, V1V12, V1V4,V1V8, V12V7, V9V7, V8V7, V4V7) V 30 Vdc Differential Input Signal V12V9V4V8 ± (6+I13 RX)± (6...
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Rating | Symbol | Value | Unit |
Applied Voltage (V2V1, V14V1, V1V9, V1V12, V1V4, V1V8, V12V7, V9V7, V8V7, V4V7) |
V | 30 | Vdc |
Differential Input Signal | V12V9 V4V8 |
± (6+I13 RX) ± (6+I3 RY) |
Vdc |
Maximum Bias Current | I3 I13 |
10 10 |
mA |
Operating Temperature Range MC1495 MC1495B |
TA | 0 to +70 40 to +125 |
|
Storage Temperature Range | Tstg | 65 to +150 |
The MC1495 is designed for use where the output is a linear product of two input voltages. Maximum versatility is assured by allowing the user to select the level shift method. MC1495 applications include: multiply, divide*, square root*, mean square*, phase detector, frequency doubler, balanced modulator/demodulator, and electronic gain control.
• Wide Bandwidth
• Excellent Linearity:
2% max Error on X Input, 4% max Error on Y Input Over Temperature
1% max Error on X Input, 2% max Error on Y Input at + 25
• Adjustable Scale Factor, K
• Excellent Temperature Stability
• Wide Input Voltage Range: ± 10 V
• ±15 V Operation