MOTMap-6  > SW63

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SW63 Datasheet

Output power Po 4 dBm
FM deviation CfFM adjustable with varactor and VFM +6 kHz
Modulation frequency FM fmod 5 kHz
Data rate ASK RASK 40 kbit/s
Reference spurs Pref @ fe±fref -44 dBm
Harmonic content Pharm @ 2fc , 3fc , 4fc -40 dBm
Spurious output signal Poff VPSO.1V -60 dBm
Phase noise PN @ fc+500kHz -87 dBc/Hz
VCO gain Kvco 300 MHzN
Charge pump current ICP +260 IJA
Clock voltage swing VCKOUT Cload 2 5pF 2 Vpp
Start-up time ton from "all OFF" to any other mode 0.9 ms


SW63 Price

Parameter Rating
Supply Voltage,Vs 5.5 V
PWUP, DATA, CLCK, LTCH Vs+500 mV
Differential Input Voltage, 2V
VIN HI - VIN LO
Common-Mode Input Voltage, VNHI or Vs+500 mV
VNLO,with respect to ICOM or OCOM (maximum), VCOM - 500 mV, VOCOM - 500 mV (minimum)
Internal Power Dissipation 575 mW
ejA (Exposed paddle soldered down) 300C/W
ejA (Exposed paddle not soldered down) 950C/W
ejc (At exposed paddle) 9aC/W
Maximum Junction Temperature 1500C
Operating Temperature Range -400C to +850C
Storage Temperature Range -65aC to +1500C
Lead Temperature Range 2350C
(Soldering 60 sec)


SW63 on stock
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Between gain corrections, resistor Ri charges the capacitor in a negative direction, increasing the amplifier gain. Ri, R2 and CH determine the release time ofthis action. Resistor R2 forms a voltage divider with Ri, limiting the maximum negative voltage developed on CH. This limit prevents input overload of the VCA610's gain control circuit.