ISL28127_12 Datasheet, PDF (30/44 Pages) Intersil Corporation – Providing high-performance solutions for every link in the signal chain

High Speed Op Amps
Intersil’s high speed op amp portfolio delivers best in class performance-to-power ratio with superior drive and
slew rate performance at full bandwidths. This makes our operational amplifiers the perfect choice for video and
high speed data transmission, A/D buffering, and high frequency filtering.
Rail-to-Rail VFAs
Single Channel
EL8100
200MHz, 200V/µs, EN
EL8101
200MHz, 200V/µs
Dual Channel
EL8200
200MHz, 200V/µs, EN
EL8201
200MHz, 200V/µs
EL8202
500MHz, 600V/µs, EN
EL8203
500MHz, 600V/µs
Quad Channel
EL8401
200MHz, 200V/µs
EL8403
500MHz, 600V/µs
Slew Rate
Enhanced VFAs
Single Channel
EL5104
700MHz, 4,000V/µs, EN
EL5105
700MHz, 4,000V/µs
Dual Channel
EL5202
400MHz, 3,500V/µs, EN
EL5203
400MHz, 3,500V/µs
EL5204
700MHz, 4,000V/µs, EN
EL5205
700MHz, 4,000V/µs
Triple Channel
EL5302
400MHz, 3,500V/µs, EN
EL5304
700MHz, 4,000V/µs, EN
*EN = Enable feature
Current Feedback
Amplifiers
Single Channel
EL5160
200MHz, 1,700V/µs, EN
EL5161
200MHz, 1,700V/µs
EL5162
500MHz, 4,000V/µs, EN
EL5163
500MHz, 4,000V/µs
EL5164
600MHz, 4,700V/µs, EN
EL5165
600MHz, 4,700V/µs
EL5166
1400MHz, 6,000V/µs, EN
EL5167
1400MHz, 6,000V/µs
Dual Channel
EL5260
200MHz, 2,000V/µs, EN
EL5261
200MHz, 2,000V/µs
EL5262
500MHz, 2,500V/µs, EN
EL5263
500MHz, 2,500V/µs
EL8108
300MHz, IOUT = 450mA
Triple Channel
EL5360
200MHz, 1,700V/µs, EN
EL5362
500MHz, 2,500V/µs, EN
EL5364
600MHz, 4,200V/µs, EN
Quad Channel
EL5462
500MHz, 4,000V/µs
High Performance
VFAs
High Supply Voltage
Single Channel
ISL55001
220MHz, 300V/µs
±2.5V to ±15V
Dual Channel
ISL55002
220MHz, 300V/µs
±2.5V to ±15V
Quad Channel
ISL55004
220MHz, 300V/µs
±2.5V to ±8V
High Gain Bandwidth Low
Noise
Single Channel
EL5131
900MHz, 1.9nV/√Hz
ISL55190
800MHz, 1.2nV/√Hz
Dual Channel
ISL55290
800MHz, 1.2nV/√Hz
EL5236
250MHz, 1.5nV/√Hz
Min Gain 2
EL5237
250MHz, 1.5nV/√Hz
Min Gain 2, EN
Fully Differential
Amplifier
Single Channel
ISL55210
2.2GHz, 0.85nV/√Hz
Min Gain 4
ISL55211
1.2GHz, 0.85nV/√Hz
Gains 2, 4, 5
Differential
Line Drivers/
Receivers
Differential Line Drivers
Single Channel
EL5170
100MHz, 1,100V/µs
Gain = 2, EN
EL5171
250MHz, 800V/µs
EL5173
400MHz, 900V/µs
Gain = 2, EN
EL5174
550MHz, 1,100V/µs, EN
EL5176
250MHz, 800V/µs, EN
EL5177
550MHz, 1,100V/µs
EL5178
700MHz, 1,000V/µs
Triple Channel
EL5370
100MHz, 1,200V/µs
Gain = 2, EN
EL5371
250MHz, 700V/µs, EN
EL5373
450MHz, 1,100V/µs
Gain = 2, EN
EL5374
550MHz, 850V/µs, EN
EL5378
700MHz, 1,000V/µs, EN
Differential Line Receivers
Single Channel
EL5172
250MHz, 800V/µs, EN
EL5175
550MHz, 900V/µs, EN
Triple Channel
EL5372
250MHz, 800V/µs, EN
EL5375
550MHz, 900V/µs, EN
Fixed Gain Op Amps
Single Channel
EL5106
1.5mA supply current
350MHz, 4,500V/µs,
±1, 2 (Fixed Gain), EN
EL5108
3.5mA supply current
450MHz, 4,500V/µs,
±1, 2 (Fixed Gain), EN
Triple Channel
EL5306
1.5mA/ch supply current
350MHz, 4,500V/µs,
±1,2 (Fixed Gain), EN
EL5308
3.5mA/ch supply current
450MHz, 4,500V/µs,
±1,2 (Fixed Gain), EN
RF Gain Block/Amps
Single Channel
ISL55012
Zin = 75Ω, Zout = 50Ω,
Gain = 18dB, NF = 4.7dB,
Is = 63.5mA
ISL55014
Zin = 50Ω, Zout = 50Ω,
Gain = 17.2dB, NF = 4.3dB,
Is = 63mA
ISL55015
Zin = 75Ω, Zout = 50Ω,
Gain = 13.5dB, NF = 4.8dB,
Is = 63.5mA
Differential
Single Channel
ISL55016
Zin= 75Ω, Zout = 100Ω
NF = 5.4dB, Is = 104mA
iSim Active Filter Designer
Advanced design tool for
creating complex solutions in 4
easy steps.
www.intersil.com/isim
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Intersil Signal Path Products  2012  www.intersil.com