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NTE1301

NTE
Part Number NTE1301
Manufacturer NTE
Description Integrated Circuit AM/FM IF
Published May 9, 2005
Detailed Description NTE1301 Integrated Circuit AM/FM IF Description: The NTE1301 is a silicon monolithic integrated circuit in a 7–Lead SIP ...
Datasheet PDF File NTE1301 PDF File

NTE1301
NTE1301

Overview
NTE1301 Integrated Circuit AM/FM IF Description: The NTE1301 is a silicon monolithic integrated circuit in a 7–Lead SIP type package designed for the AM/FM IF amplifier of a radio receiver.
Two differential amplifiers and an AGC circuit perform good limiting quality for FM operation and good AGC characteristics for AM operation.
Features: D Structure: Silicon Monolithic Integrated Circuit D Applications: AM–IF, FM–IF, AM–AGC Absolute Maximum Ratings: (TA = +25°C unless otherwise specified) Supply Voltage, VCC .
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5V Operating Temperature Range, Topt .
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–15° to +60°C Storage Temperature Range, Tstg .
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–50° to +125°C Electrical Characteristics: (TA = +25°C, VCC = 4V unless otherwise specified) Parameter Supply Current Transfer Conductance Symbol ID gm No Signal f = 455kHz (CW), Vi = 1mV f = 455kHz (CW), Vi = 1mV, VCC = 2.
66V f = 10.
7MHz (CW), Vi = 1mV (Dev = 22.
5kHz, fM = 1kHz) Noise Level Output Level (FM) Differential Amp 1 Output Output Level (AM) VN VO VM AGC f = 455kHz (CW), Vi = 80dBµ, V2 = 0V f = 10.
7Mhz (Dev = 22.
5kHz, fM = 1kHz), Vi = 100dB f = 10.
7MHz, Vi = 100dB, VCC = 2.
66V (Dev = 22.
5kHz, fM = 1kHz) f = 455kHz, Vi = 53dBµ, V2 = 0.
8V, Rg = 1kΩ (MOD 30%, 1kHz) f = 455kHz, Vi = 53dBµ, V2 = 0.
8V, VCC = 2.
66V, Rg = 1kΩ (MOD 30%, 1kHz) f = 455kHz, Vi = 97dBµ, V2 = 0V, Rg = 1kΩ (MOD 30%, 1kHz) f = 455kHz, Vi = 97dBµ, V2 = 0V, VCC = 2.
66V, Rg = 1kΩ (MOD 30%, 1kHz) Output Level (AM) VDet f = 455kHz, Vi = 67dBµ, VCC = 1.
8V (MOD 30%, 1kHz) Test Conditions Min 6.
5 162 90 162 – –29 252 –32 –37 –41 – –41 Typ 9.
5 260 160 250 –78 –26 350 –28 –31 –27 –32 –34 Max Unit 12.
5 418 308 396 –70 –23 473 –23 –24 –14 –19 – mA mΩ MΩ mΩ dBs dBs mV dBs dBs dBs dBs dBs Pin Connection Diagram (Front Vie...


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