OPA600BM BURR-BROWN [Burr-Brown Corporation], OPA600BM Datasheet
OPA600BM
Available stocks
Related parts for OPA600BM
OPA600BM Summary of contents
Page 1
... good choice for sample/holds, integrators, fast waveform generators, and multiplexers. The OPA600 is specified over the industrial temperature range (OPA600BM, CM) and military temperature range (OPA600SM, TM). The OPA600 is housed in a welded, hermetic metal package. Common +V Fequency ...
Page 2
... C to +125 + – +125 + – +125 15V –5V to +5V CM Differential and Common-Mode 10kHz Bandwidth (1) OPA600CM,TM OPA600BM,SM MIN TYP MAX MIN TYP MAX 180 200 * * 180 200 * * 75 * 250 300 * 100 ...
Page 3
... Long term operation at the maximum junction temperature will result in reduced product life. 9 Derate internal power dissipation to achieve high MTTF. Output 8 7 ORDERING INFORMATION 6 MODEL (2) Current Boost OPA600BM OPA600CM OPA600SM (3) OPA600TM NOTE: Leads in true INCHES MILLIMETERS position within 0.01" DIM MIN MAX ...
Page 4
TYPICAL PERFORMANCE CURVES Typical +25 C and V = 15VDC, unless otherwise specified BODE PLOT 100 C = 0pF 1pF 3.3pF ...
Page 5
TYPICAL PERFORMANCE CURVES Typical + 15VDC unless otherwise specified OPEN-LOOP GAIN AND QUIESCENT CURRENT vs TEMPERATURE 1.2 1 1.0 0.9 0.8 –75 –50 – Temperature (°C) INSTALLATION AND ...
Page 6
COMPENSATION The OPA600 uses external frequency compensation so that the user may optimize the bandwidth or settling time for his particular application. Several performance curves aid in the selection of the correct compensation’s capacitance value. The Bode plot shows amplitude ...
Page 7
G = –1V/V CLOSED LOOP Load Capacitance Compensation Capacitance (pF) FIGURE 2. Capacitive Load Compensation and Response. the OPA600 settling time to 1%, 0.1%, and 0.01%. The best settling time is achieved ...
Page 8
Offset voltage adjustment is optional. The potentiometer and two resistors are omitted when the offset voltage is consid- ered sufficiently low for the particular application. For each microvolt of ...
Page 9
Pulse In 51 Input = ±5V Output = ±5V Error Output ±0.5mV (±0.01%) NOTES: (1) 0.02 Matched (2) With C R FIGURE 5. Settling Time and Slew Rate Test Circuit. +15VDC 640 Trigger In MPS-H81* IN4148 * ALT 2N3906 2N2907 ...