Video Amplifier MSK 1461 - 5 Pages

MIL-PRF-3 8 5 3 4 C ERTIFIED

M .S.KEN NED Y C ORP.

1461

HIGH SPEED/V OLT A GE
OP A MP

4 7 0 7 D e y Road Liv erpool, N. Y . 1 3 0 8 8

(3 1 5) 7 0 1-6 7 5 1

FE A T URES:
Ex tremely F ast - 5 0 0 v/µS
W ide Supply Range ± 1 5 V to ± 4 5 V
V M OS Output, No Secondary Breakdo w n
Large G ain-Band w idth Product
FE T Input
Electrically Isolated C ase
8 0 0m A T ypical Output Current
A vailable as SM D # 5 9 6 2-9 0 5 0 0 0 1 H X

DES CRIPTIO N:
T he M S K 1 4 6 1 is a state of the art high speed FE T input operational amplifier. T he distinguishing characteristic of
the M S K 1 4 6 1 is its unique V M O S output stage w hich completely eliminates the safe operating area restrictions
associated w ith secondary breakdo w n of bipolar transistor output stage op-amps. Freedom from secondary breakdo w n allo w s the 1 4 6 1 to handle large output currents at any voltage le v el limited only by transistor junction temperature. 1 1 5 dB of open loop gain giv es the 1 4 6 1 high closed loop gain accurac y and the t ypical ± 1 . 0 m V of input offset
voltage w ill fit w ell in any error budget. A 5 0 0 V /µS sle w rate and 1 2 0 0 M H z gain band w idth product make the 1 4 6 1
an outstanding high-speed op-amp. A single e x ternal capacitor is used for compensation and output current limiting
is user programmable through the selection of t w o e x ternal resistors.

E Q UIV A LEN T S C HEM A TIC

PIN-O U T IN F ORM A TIO N

T YPIC A L A PPLIC A TIO NS
Video Yoke Drivers
V ideo Distribution A mplifiers
High A ccurac y A udio A mplification
High Speed A T E Pin Driv ers

1
2
3
4
5
6
7
1

Inv erting Input
Non-Inv erting Input
No C onnection
No C onnection
N egativ e Po w er Supply
N egativ e C urrent Limit
No C onnection

14
13
12
11
10
9
8

O ffset A djust
O ffset A djust
Compensation
Compensation
Positive Po w er Supply
Positive C urrent Limit
Output
Re v. D 1 2/0 7

Video Amplifier MSK 1461
  1. P. 1

  2. P. 2

    8A BS OLU T E M A XIM U M R A TIN G S± V CCIO U TV INT STSupply VoltageO utput C urrentDifferential Input V oltageStorage Temperature RangeT LD Lead...
  3. P. 3

    APPLIC A TIO N N O TESHE A T SIN KIN GT o select the correct heat sink for your application,refer to the thermal model and gov erning equation belo w .T...
  4. P. 4

    TYPICAL PERFORMANCE CURVES SLEW RATE vsCOMPENSATION CAPACITANCEOUTPUT CURRENT vsCASE TEMPERATUREOUTPUT VOLTAGE SWING vsLOAD RESISTANCEVAv =-5v/vAv=-36v/v0...
  5. P. 5

    ME C H A NIC A L SPE CIFIC A TIO NSES D TRIA N GLE IN DIC A T ES PIN 1 .W EIG H T = 7 . 2 GR A M S T YPIC A LN O T E: A LL DIM EN SIO N S A RE ± 0...
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