TIMap-4  > STK17TA8-W25

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Part Numbert Mfg Packt D/C Descriptiont Qty Company/Contact  

STK17TA8-W25 Datasheet

Extended Type Number Package Remarks
U2741B-NFB SS016 Tube, optimized power-supply rejection, value of C4 differs from M-version, enhanced XTO stability
U2741B-NFBG3 SS016 Taped and reeled, see above


STK17TA8-W25 Price
ABSOLUTE MAXIMUM RATINGS Operating Free-Air Temperature Range ........... ................-55aC to +100aC Lead Solder Temperature (1/16" [1.6mm] below seating plane for 10s)..... .... 2600C Reverse Voltage at 25aC Free-Air Temperature Peak Forward Current at (or below) 700C Free-Air Temperature (derate linearly t0 1000C at the rate of 6.7mNoC) Average Forward Current at (or below) 700C Free-Air Temperature (derate linearly t0 1000C at the rate of lmNoC for each segment or 8mA/oC for total device) Each Segment or Decimal Point ................ .....30mA
STK17TA8-W25 on stock

IC address Sub address MSB Data bits LSB
IC Add7}O Add7Add0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
1011 1010 0001 0000 1 Red bias
(b6) (b5) (b4) (b3) (b2) (bl) (b0)
0001 1 Green bias
(b6) (b5) (b4) (b3) (b2) (bl) (b0)
0010 1 Blue bias
(b6) (b5) (b4) (b3) (b2) (bl) (b0)
0011 1 Red drive
(b5) (b4) (b3) (b2) (bl) (b0)
0100 1 Green drive
(b5) (b4) (b3) (b2) (bl) (b0)
0101 1 Blue drive
(b5) (b4) (b3) (b2) (bl) (b0)
0110 1 Blue sub bias Red sub bias Green sub bias Y/C
(bl) (b0) (bl) (b0) (bl) (b0) switch
0111 1 Brightness control
(b5) (b4) (b3) (b2) (bl) (b0)
1000 1 Pix control
(b5) (b4) (b3) (b2) (bl) (b0)
1001 1 Coring Peaking control
switch (b4) (b3) (b2) (bl) (b0)
1010 1 FO select Chroma Auto Chrom Over
(bl) (b0) BPF flesh bypass load
1011 1 Tint control
(b6) (b5) (b4) (b3) (b2) (bl) (b0)
1100 1 Color control
(b6) (b5) (b4) (b3) (b2) (bl) (b0)
1101 1 ABL Mid Stp EMG Bright ABL threshold
defeat defeat defeat (b2) (bl) (b0)
1110 1 Test register 1 Test register 2
(b3) (b2) (bl) (b0) (b2) (bl) (b0)
1111 1 Test regster 3 Black Stretch Blanking Reserved
(b3) (b2) (bl) (b0) defeat defeat


ty of oxide defects in the region. Finally, the peak electric field during erasure is approximately 2 MV/ cm lower than EEPROM. The lower electric field greatly reduces oxide stress and the probability of failure-increasing time to wearout by a factor of 100.000.000.