SL5018
SL5018 is LOW POWER NARROW BAND FM IF manufactured by Kodenshi AUK Group.
Description
The SL5018/P is designed for use in FM dual conversion munication. It contains a plete narrow band FM demodulation system operable to less than 2.0V supply voltage. This low power narrow band FM IF system provides the second converter, second IF, demodulator. Filter Amp and squelch circuitry for munications and scanning receivers.
Features
- Operating voltage range : 2.0V ~ 8.0V
- Low Current consumption ICC=4.0m A Typ. (VCC=4.0V)
- Excellent input sensitivity (-3d B Limiting = 2.0 µVrms Typ.)
- Low number of external parts required
- Operating frequency up to 60MHz
Ordering Information
Type NO.
SL5018 SL5018P
Marking
SL5018 SL5018
Package Code
SOP16 DIP16
Outline Dmentions
SOP16 DIP16
KSI-W004-000
SL5018/P
Absolute Maximum Ratings
Characteristics
Maximum Supply Voltage Supply Voltage Range Detector input Voltage RF Input Voltage(Vcc Mute Function Operating Temperature Storage Temperature 4.0V)
(Ta=25 °C) Symbol
VCC(MAX) VCC VIN(DET) VIN(RF) VMUTE Topr Tstg
Rating
10 2.0 ~ 8.0 1.0 1.0 -0.5 ~ +5.0 -20 ~ +70 -65 ~ +150
Unit
V V Vp-p Vrms Vpeak °C °C
Electrical Characteristics
(Unless otherwise specified Ta=25 °C , Vcc=4V, fo=10.7MHz, fm=1k Hz,∆f = ± 3k Hz)
Characteristics
Squelch Current (No signal) Audio output Voltage Input Limiting Voltage Total Harmonic Distortion Recovered output Noise Voltage Drop Voltage AF Gain Loss Detector Output Resistance Signal to Noise Ratio Filter Gain Filter Output DC voltage Mute Low Resistance Mute High Resistance Scan control Low Scan control High Trigger Hysteresis Mixer conversion Gain Mixer Input Resistance Mixer Input Capacitance
Symbol
ICC1 ICC2 VOUT VIN(Lim) THD VNO Gv ROUT S/N GV VO(DC) RON(Mute) Roff(Mute) VL(Scan) VH(Scan) VTH GV(Mix) Ri(Mix) Ci(Mix)
Test Condition
Squelch off(V12 = 2V) Squelch on(V12 = 0V) Vin = 10m Vrms -3d B Limiting VOUT = 170m Vrms No Input Signal Vcc = 4V 2V f = 10k Hz, Vin = 5m Vrms Mute Switch-on Mute Switch-off Mute off(V12 = 2V) Mute on(V12 = 0V) Squelch on/off
- Min.
2.9 4.4...