Integrated Circuits - APPLICATION SELECTOR GUIDE (continued) WS WG SSX NN POWER AMPLIFIERS Total Output | Voltage | Harmonic TYPE Temperature | Case! Power Gain Distortion Comments Ww) (Ay, V/V) % MC1524 | 55 to +125C | 71 1.0 38 0.6 Complementary output, low standby current drain. MC1554 | 55 to +125C | 71 1.0 10, 18, 36 0.4 Capable of single or split supply operation. DIFFERENTIAL AMPLIFIERS MI WWW GG IM K\Q\Q QQ Differential Output | Common (Differential TYPE Temperature |Case! Voltage Voltage Mode Input Comments Gain Swing Rejection | Impedance (Aas, dB) (Voss Ven) (OM. 0B) (Z;,,k2) MC1429 Qto +75C 71 38 6.0 75 40 Darlington inputs (high impedance) MC1519 | 55to +125C | 71 73 14 89 2.6 NPN inputs, PNP outputs, 1 MHz BW Conventional differential inputs, high gain, MC1525 | 55 to +125C ; 71 43 8.0 85 3.0 built-in temperature compensated current source MC1526 | -55 to +125C | 71 36 8.0 85 70 Same as MC1525 except Darlington inputs Same as MC1429; specified over full tem- MC1529 | 55 to +125C {| 71 38 6.0 75 50 perature range CYA SENSE AMPLIFIERS Input Voltage | Response TYPE Temperature | Case | Threshold| Gain Time (Vin, miVde)! (Av, V/V) 1 (tr ms) Comments MC1440 Oto +75C (71,72) 17 +3 85 50 MC1540 | 55 to +125C (71, 72| 17 +1 85 40 Designed to detect bipolar differential signals derived by a core memory with cycle times as short as 0.5 ys. A differential comparator providing high accuracy and fast MC1710 |-55 to +125C |72, 96 O+1 1700+ 40 response time. MC1710C 0 to +75C 72, 96 0 +1.5; 1700+ 40 Same as MC1710 specified over limited temperature range. tAvo. LINEAR IC SYMBOLS AND DEFINITIONS Ag Differential Voltage Gain (dB) THD = Total Harmonic Distortion (%) A, Transducer Power Gain (dB) tea Propagation Delay Time (ns) Ay Voltage Gain (dB or V/V, as specified) t, Response Time (ns) Ayo. Open Loop Voltage Gain (V/V) Vv; Input Offset Voltage (mV) Avi) Single-Ended Voltage Gain (dB) Vou Output Voltage, High (Vdc) CM,,, | Common Mode Rejection Ratio (dB) Vo. Output Voltage, Low (Vdc) CMV,, Input Common Mode Voltage Swing Vou Output Voltage Swing (V,, or V,.,, as specified) (Vox OF V,.p, aS Specified) V.u(CM} Common Mode Output Voitage (Vdc) TCV,, Temperature Coefficient of Vour (ac) DC Output Voltage (Vdc) input Offset Voltage (uV/*C) Vi, Input Threshold Voltage (mVdc) TCV,;, | Threshold Voltage Temperature Coefficient (u/ C) MQ) W"'$EK whk0 \\ 14-33 WS CW