Sanyo LA7265W Specifications
Ordering number : EN4850A
93098HA (OT) / 30895TH (OT) No. 4850-1/24
LA7265W
SANYO Electric Co.,Ltd. Semiconductor Bussiness Headquarters
TOKYO OFFICE Tokyo Bldg., 1-10, 1 Chome, Ueno, Taito-ku, TOKYO, 110-8534 JAPAN
Single-Chip Black and White CCD Camera
Signal Processing IC
Monolithic Linear IC
Any and all SANYO products described or contained herein do not have specifications that can handle
applications that require extremely high levels of reliability, such as life-support systems, aircraft’s
control systems, or other applications whose failure can be reasonably expected to result in serious
physical and/or material damage. Consult with your SANYO representative nearest you before using
any SANYO products described or contained herein in such applications.
SANYO assumes no responsibility for equipment failures that result from using products at values that
exceed, even momentarily, rated values (such as maximum ratings, operating condition ranges, or other
parameters) listed in products specifications of any and all SANYO products described or contained
herein.
Overview
The LA7265W is a single-chip IC that provides the signal
processing required by black and white CCD cameras.
This IC is optimal for surveillance cameras, door intercom
cameras, and personal computer input cameras due to its
ultraminiature package, low current drain, wide dynamic
range, and high AGC gain.
Functions
• CCD clamping
• CDS (built-in S/H capacitor)
• IRIS amplifier
• AGC backlight correction
• S-curve gamma correction
• Aperture correction
• Variable setup
• Sync addition
• CCD clipping
• IRIS window
• AGC amplifier
• Gamma correction (0.45, 1.0 and variable)
• 1H interpolation switch
• Aperture low illumination suppression
• Variable W.C.
• 75 Ω drivers
Features
• CCD clamping used to provide a wide dynamic range:
The LA7265W can handle a 1.5 Vp-p CCD signal data
level.
• Reduced sampling noise provided by a built-in CDS
capacitor.
• Variable AGC gain: up to a maximum of 32 dB.
• Backlight correction provided by weighting the iris and
AGC levels.
• Three different gamma correction circuits, including Scurve gamma correction
• Knee characteristics are added to the gamma correction
to prevent incorrect white rendering in low light
situations.
• Automatic aperture adjustment according to the
brightness
• Reduced current drain (under 40 mA)
• Ultraminiature package (SQFP48)
• Reduced external component count (50% as compared
to the earlier Sanyo LA7261M)
• Reduced number of adjustment points (two points)
Specifications
Maximum Ratings at Ta = 25°C
Recommended Operating Conditions at Ta = 25°C
Note: Full IC immersion solder dip mounting techniques should be avoided.
Operating Characteristics at Ta = 25°C, VCC= 5 V
No. 4850-2/24
LA7265W
Parameter Symbol Conditions Ratings Unit
Maximum supply voltage V
CC
max 6.0 V
Allowable power dissipation Pd max Ta ≤ 65°C 270 mW
Operating temperature Topr –15 to +65 °C
Storage temperature Tstg –40 to +150 °C
Parameter Symbol Conditions Ratings Unit
Recommended supply voltage V
CC
5.00 V
Operating supply voltage range V
CC
op 4.75 to 5.25 V
Parameter Symbol Conditions
Ratings
Unit
min typ max
CCD clipping high level CCLIPH
Measure the output voltage difference for inputs of
1.11 1.22 1.33 V
0 Vp-p and 2 Vp-p. T1 output
CCD clipping middle level CCLIPM
Measure the output voltage difference for inputs of
0.60 0.91 1.22 V
0 Vp-p and 2 Vp-p. T1 output
CCD clipping low level CCLIPL
Measure the output voltage difference for inputs of
0.25 0.40 0.50 V
0 Vp-p and 2 Vp-p. T1 output
CDS dynamic range CDSD
Measure the output amplitude for a 2 Vp-p input.
1.20 1.47 V
T4 output
CDS hold ability CDSH
Measure the voltage drop during a 30/fsc hold
58 88 mV
for a 1 Vp-p input. T1 output
CDS offset CDSO Measure the output noise level. T1 output 11 mV
Sampling noise CDSN
Stipulated as the absorption remainder for the input
4 mV
dark current difference (200 mV). T1 output
Measure the output voltage for a 500 mVp-p input and
CDS linearity CDSL
the output voltage for a 1000 mVp-p input. Stipulates
100 %
the voltage difference of those two measurements
as a gain ratio. T1 output
IRIS.OUT DC level IRISDC
Measure the output voltage (OPB) with no input.
0.78 1.10 1.42 V
T2 output
IRIS.OUT pedestal level IRISP Measure the pedestal level with no input. T2 output –20 +300 +620 mV
Measure the output voltage for a 300 mVp-p input.
IRIS.OUT maximum W.C. level IRISWL Stipulated as the difference between that measurement –490 –230 +30 mV
and the IRISDC level. T2 output
Measure the output voltage difference for inputs of
IRIS.OUT gain IRISG 0 Vp-p and 300 mVp-p. Stipulated as the gain with 7.5 9.0 10.5 dB
respect to the input. T2 output
IRIS.OUT D range IRISD
Measure the output voltage difference for inputs of
2.05 2.40 V
0 Vp-p and 2 Vp-p. T2 output
IRIS.OUT W.C. level initial value IRISWT
Measure the output voltage difference for inputs of
1.25 1.60 1.95 V
0 Vp-p and 2 Vp-p. T2 output
AGC DC level (maximum) AGCDC1
Measure the output voltage (OPB) with no input.
0.85 2.10 3.50 V
T1 output
Measure the output voltage difference for inputs of
AGC maximum gain (maximum) AGCHG1 0 Vp-p and 30 mVp-p. Stipulated as the gain with 26.0 31.0 34.5 dB
respect to the input. T1 output
Measure the output voltage difference for inputs of
AGC maximum gain (typical) AGCHG2 0 Vp-p and 30 mVp-p. Stipulated as the gain with 19.5 24.0 27.5 dB
respect to the input. T1 output
Measure the output voltage difference for inputs of
AGC maximum gain (minimum) AGCHG3 0 Vp-p and 30 mVp-p. Stipulated as the gain with 13.5 15.5 17.5 dB
respect to the input. T1 output
AGC DC level (minimum) AGCDC2
Measure the output voltage (OPB) with no input.
2.30 2.50 2.70 V
T1 output
Continued on next page.
Continued from preceding page.
No. 4850-3/24
LA7265W
Parameter Symbol Conditions
Ratings
Unit
min typ max
Measure the output voltage difference for inputs of
AGC minimum gain AGCLG 0 Vp-p and 300 mVp-p. Stipulated as the gain with –3.5 –2.0 –0.5 dB
respect to the input. T1 output
AGC minimum D range AGCLD
Measure the output voltage difference for inputs of
0.63 1.80 V
0 Vp-p and 300 mVp-p. T1 output
AGC W.C. level AGCWC
Measure the WC voltage for a 300 mVp-p input.
3.83 4.15 4.47 V
T1 output
Measure the output voltage difference for inputs of
AGC standard voltage AGCT
0 Vp-p and 100 mVp-p by adjusting VR4. Stipulated
2.07 2.13 2.19 V
as the VR4 voltage when that difference is 400 mVp-p.
T1 output
AGC frequency characteristics AGCF
Stipulated as the gain difference between f = 10 MHz
–6.0 –5.0 dB
and f = 500 kHz. T1 output
Measure the output voltage difference for inputs of
AGC linearity AGCL
0 mVp-p and 25 mVp-p and the output voltage difference
95 %
for inputs of 100 mVp-p and 125 mVp-p. Stipulated as
the ratio of those two gains. T1 output
Increase the lower side input pulse voltage and
Y1.IN clamping input low level CLP2L measure the input pulse level when the clamping level 1.26 1.40 V
begins to change. T9 output
AGC detector DC level DETDC
Measure the output voltage (OPB) with no input.
2.28 2.38 2.48 V
T3 output
AGC detector pedestal level DETP
Measure the pedestal level with no input.
58 70 82 mV
T3 output
Measure the output voltage for a 300 mVp-p input.
AGC detector maximum W.C. level DETWL Stipulated as the difference between that measurement –150 –110 –70 mV
and the detector DC level. T3 output
Measure the output voltage difference for inputs of
AGC detector gain DETG 0 Vp-p and 300 mVp-p. Stipulated as the gain with 8.4 8.8 9.2 dB
respect to the input. T3 output
AGC detector D range DETD
Measure the output voltage difference for inputs of
1.21 1.33 V
0 Vp-p and 1500 mVp-p. T3 output
AGC detector W.C. level
DETWT
Measure the output voltage difference for inputs of
0.70 0.90 1.10 V
initial value 0 Vp-p and 1500 mVp-p. T3 output
AGC control characteristics 1 CONT1 Measure the output DC voltage. T4 output 0.92 1.12 1.22 V
AGC control characteristics 2 CONT2 Measure the output DC voltage. T4 output 0.92 2.00 3.10 V
AGC control characteristics 3 CONT3 Measure the output DC voltage. T4 output 2.90 3.00 3.10 V
γ = 0.45 DC level γ1DC
Measure the output voltage (OPB) with no input.
0.94 1.52 2.10 V
T5 output
γ = 0.45 characteristics 1 γ11
Measure the output voltage difference for inputs of
80 140 185 mV
0 Vp-p and 50 mVp-p. T5 output
γ = 0.45 characteristics 2 γ12
Measure the output voltage difference for inputs of
180 335 490 mV
0 Vp-p and 200 mVp-p. T5 output
γ = 0.45 characteristics 3 γ13
Measure the output voltage difference for inputs of
320 500 625 mV
0 Vp-p and 500 mVp-p. T5 output
γ = 0.45 knee characteristics γ1K
Measure the output voltage difference for inputs of
550 735 880 mV
0 Vp-p and 1500 mVp-p. T5 output
γ = 0.45 pedestal level γ1P Measure the pedestal level with no input. T5 output –50 0 +50 mV
γ = 0.45 low clipping level γ1L
Measure the output voltage difference for inputs of
150 300 450 mV
0 Vp-p and -300 mVp-p. T5 output
γ = 0.6 DC level γ3DC
Measure the output voltage (OPB) with no input.
0.87 1.49 2.11 V
T5 output
γ = 0.6 characteristics 1 γ31
Measure the output voltage difference for inputs of
60 90 105 mV
0 Vp-p and 50 mVp-p. T5 output
γ = 0.6 characteristics 2 γ32
Measure the output voltage difference for inputs of
240 300 360 mV
0 Vp-p and 200 mVp-p. T5 output
γ = 0.6 characteristics 3 γ33
Measure the output voltage difference for inputs of
430 510 590 mV
0 Vp-p and 500 mVp-p. T5 output
γ = 0.6 knee characteristics γ3K
Measure the output voltage difference for inputs of
660 805 905 mV
0 Vp-p and 1500 mVp-p. T5 output
γ.max characteristics 1 γM1
Measure the output voltage difference for inputs of
60 160 260 mV
0 Vp-p and 50 mVp-p. T5 output
γ.max characteristics 2 γM2
Measure the output voltage difference for inputs of
120 335 465 mV
0 V p-p and 200 mV p-p. T5 output
Continued on next page.
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No. 4850-4/24
LA7265W
Parameter Symbol Conditions
Ratings
Unit
min typ max
γ.max characteristics 3 γM3
Measure the output voltage difference for inputs of
200 515 675 mV
0 Vp-p and 500 mVp-p. T5 output
γ.max knee characteristics γMK
Measure the output voltage difference for inputs of
520 750 930 mV
0 Vp-p and 1500 mVp-p. T5 output
Measure the output voltage difference for inputs of
γ dark clipping characteristics γMC 0 Vp-p and 200 mVp-p. Stipulated as the difference 0 105 280 mV
between that measurement and γM2. T5 output
Measure the output voltage difference for inputs of
Y gain control minimum gain γ2L 0 Vp-p and 200 mVp-p. Stipulated as the gain with –24 –16 –8 dB
respect to the input. T5 output
Measure the output voltage difference for inputs of
Y gain control maximum gain γ2H 0 Vp-p and 200 mVp-p. Stipulated as the gain with 10 11 12 dB
respect to the input. T5 output
Measure the output voltage difference for inputs of
Y gain control typical gain γ2T 0 Vp-p and 200 mVp-p. Stipulated as the gain with 0.2 1.4 2.3 dB
respect to the input. T5 output
Y gain control D range γ2D
Measure the output voltage difference for inputs of
1.10 1.53 V
0 Vp-p and 1500 mVp-p. T5 output
γ = 1 DC level γ2DC
Measure the output voltage (OPB) with no input.
0.87 1.49 2.11 V
T5 output
γ = 0.45 frequency characteristics γ1F
Stipulated as the gain difference between 10 MHz
–5.0 –3.8 dB
and f = 500 kHz. T5 output
γ = 1 frequency characteristics γ2F
Stipulated as the gain difference between 10 MHz
–2.9 –1.9 dB
and f = 500 kHz. T5 output
γ = 0.6 frequency characteristics γ3F
Stipulated as the gain difference between 10 MHz
–4.7 –3.7 dB
and f = 500 kHz. T5 output
Stipulated as the output voltage difference between
LSP.SW DC offset LSPDO SW14 being set to the B and A positions for a 0 Vp-p –10 0 +10 mV
input. T6 output
DL.OUT DC level LSPDC
Measure the output voltage (OPB) with no input.
2.30 2.52 2.75 V
T6 output
With SW14 in the B position, measure the output voltage
difference for inputs of 0 Vp-p and 500 mVp-p. Perform
LSP.SW gain differential LSPGD the same measurement with SW14 in the A position. –20 0 +20 mV
Stipulated as the difference between the two voltage
differences. T6 output
Measure the output voltage difference for inputs of
DL.OUT gain LSPG 0 Vp-p and 500 mVp-p. Stipulated as the gain with –0.5 0 +0.5 dB
respect to the input. T6 output
Input a f = 2 MHz, 200 mVp-p signal and adjust VR1 so
Aperture clipping standard voltage APCT that the output amplitude becomes 44 mVp-p. 2.35 2.60 2.85 V
Determine the VR9 voltage at that time. T7 output
Aperture clipping level (maximum) APCH
Measure the output for an f = 2 MHz, 200 mVp-p input
36 mV
signal. T7 output
Aperture maximum level APH
Measure the output for an f = 2 MHz, 200 mVp-p input
100 320 500 mV
signal. T7 output
Measure the output amplitude for an f = 2 MHz,
Aperture dark point APDP
200 mVp-p input signal. Stipulated as the VR4 setting
1.90 2.06 2.22 V
where the output starts to decrease when VR4 is slowly
increased starting at 0 mV. T7 output
With VR4 set at 0 V and 2.4 V, measure the output
Aperture dark slope (typical) APDST
gain for an f = 2 MHz, 200 mVp-p input signal.
–1.0 dB
Stipulated as the difference between those two gains.
T7 output
With VR4 set at 0 V and 2.4 V, measure the output
Aperture dark slope (minimum) APDSL
gain for an f = 2 MHz, 200 mVp-p input signal.
0.5 dB
Stipulated as the difference between those two gains.
T7 output
With VR4 set at 0 V and 2.4 V, measure the output
Aperture dark slope (maximum) APDSH
gain for an f = 2 MHz, 200 mVp-p input signal.
–4.0 dB
Stipulated as the difference between those two gains.
T7 output
Measure the output voltage difference for inputs of
Aperture Y signal gain APYG 0 Vp-p and 300 mVp-p. Stipulated as the gain with –1.0 –0.5 0 dB
respect to the input. T7 output
Continued on next page.
Continued from preceding page.
No. 4850-5/24
LA7265W
Parameter Symbol Conditions
Ratings
Unit
min typ max
Aperture Y signal D range APYD
Measure the output voltage difference for inputs of
720 785 mV
0 Vp-p and 1200 mVp-p. T7 output
Aperture YOUT DC level APYDC
Measure the output voltage (OPB) with no input.
1.86 1.98 2.10 V
T7 output
Aperture YOUT frequency
APYF
Stipulated as the gain difference between 10 MHz
–7.2 –6.2 dB
characteristics and f = 500 kHz. T7 output
VIDEO-OUT DC level VODC
Measure (without setup) the pedestal voltage for
1.70 2.00 2.35 V
a 0 Vp-p input. T8 output
VIDEO-OUT sync level VOSY
Measure the pedestal and sink voltage difference for
500 550 630 mV
a 0 Vp-p input. T8 output
VIDEO-OUT typical pedestal level VOPT
Measure (without setup) the setup level for a 0 Vp-p
75 95 125 mV
input. T8 output
Measure the output voltage difference for inputs of
VIDEO-OUT gain VOG 0 Vp-p and 500 mVp-p. Stipulated as the gain with 7.30 7.75 8.20 dB
respect to the input. T8 output
VIDEO-OUT low clipping level VOLC
Measure the output voltage difference for inputs of
220 260 300 mV
0 Vp-p and –300 mVp-p. T8 output
VIDEO-OUT W.C. level (typical) VOWCT
Measure the output voltage difference for inputs of
1.42 1.50 1.58 V
0 Vp-p and 1200 mVp-p. T8 output
VIDEO-OUT minimum
VOPL Measure the setup level for a 0 Vp-p input. T8 output –180 –120 –80 mV
pedestal level
VIDEO-OUT maximum
VOPH Measure the setup level for a 0 Vp-p input. T8 output 180 240 280 mV
pedestal level
VIDEO-OUT W.C. level (maximum) VOWCH
Measure the output voltage difference for inputs of
0.85 0.93 1.00 V
0 Vp-p and 1200 mVp-p. T8 output
VIDEO-OUT D range VOD
Measure the output voltage difference for inputs of
1.80 2.03 V
0 Vp-p and 1200 mVp-p. T8 output
VIDEO-OUT frequency
VOF
Stipulated as the gain difference between f = 10 MHz
–3 –2 dB
characteristics and f = 500 kHz. T8 output
Measure the output voltage difference for inputs of
Aperture VIDEO-OUT linearity VOL
0 Vp-p and 100 mVp-p and the output voltage
98 %
difference for inputs of 400 mVp-p and 500 mVp-p.
Stipulated as the ratio of those two gains. T8 output
CDS current drain ICDS T10 output 5.50 7.85 10.20 mA
Video system current drain IVDO T11 and T15 outputs 16.5 23.5 30.5 mA
75 Ω driver current drain IDRI T12 output 4 6 8 mA
V
REF
reference voltage V
REF
T13 output 1.73 1.80 1.87 V
Package Dimensions
unit: mm
3163A-SQFP48
SANYO: SQFP48
[LA7265W]
Switch Conditions
[CDS System]
[IRIS Amplifier System]
[AGC Amplifier System]
No. 4850-6/24
LA7265W
Symbol Input signal
Input pulse Trimmer voltage Switch
S2 S3 S4 S5 VR4 VR5 SW19 SW2 SW1
CCLIPH S1 = SIG.1 P1 P2 P3 P1 0 V 0 V B On On
CCLIPM S1 = SIG.1 P1 P2 P3 P1 0 V 0 V Off On On
CCLIPL S1 = SIG.1 P1 P2 P3 P1 0 V 0 V A On On
CDSD S1 = SIG.2 P1 P4 P5 5 V DC — — B — Off
CDSH S1 = SIG.1 P1 P6 P7 P1 0 V 0 V B On On
CDSO No signal P1 P2 P3 P1 0 V 0 V B On On
CDSN S1 = SIG.3 P1 P2 P3 P1 0 V 0 V B On On
CDSL S1 = SIG.1 P1 P2 P3 P1 0 V 0 V B On On
Symbol Input signal
Input pulse Trimmer voltage Switch
S2 S3 S4 S5 VR4 VR5 SW19 SW2
AGCDC1 No signal P1 P2 P3 P1 5 V 5 V B On
AGCHG1 S1 = SIG.1 P1 P2 P3 P1 5 V 5 V B On
AGCHG2 S1 = SIG.1 P1 P2 P3 P1 5 V — B Off
AGCHG3 S1 = SIG.1 P1 P2 P3 P1 5 V 0 V B On
AGCDC2 No signal P1 P2 P3 P1 0 V 0 V B On
AGCLG S1 = SIG.1 P1 P2 P3 P1 0 V 0 V B On
AGCLD S1 = SIG.1 P1 P2 P3 P1 5 V 5 V B On
AGCWC S1 = SIG.1 P1 P2 P3 P1 5 V 5 V B On
AGCT S1 = SIG.1 P1 P2 P3 P1 Scan — B Off
AGCF S1 = SIG.4 P1 P2 P8 P1 AGCT — B Off
AGCL S1 = SIG.1 P1 P2 P3 P1 AGCT — B Off
Symbol Input signal
Input pulse Switch
S2 S3 S4 S5 S6 SW19 SW3
IRISDC No signal P1 P2 P3 P1 P8 B Off
IRISP No signal P1 P2 P3 P1 P8 B Off
IRISWL S1 = SIG.1 P1 P2 P3 P1 P8 B B
IRISG S1 = SIG.1 P1 P2 P3 P1 P8 B A
IRISD S1 = SIG.1 P1 P2 P3 P1 P8 B A
IRSIWT S1 = SIG.1 P1 P2 P3 P1 P8 B Off
[AGC Detector System]
[γ Correction System]
No. 4850-7/24
LA7265W
Input pulse
Trimmer
Switch
Symbol Input signal
voltage
S5 S6 VR6 SW5 SW4 SW6
CLP2L S8 = SIG.5 P1 P8 — — B, A Off
DETDC No signal P1 P8 — Off B Off
DETP No signal P1 P8 — Off B Off
DETWL S8 = SIG.5 P1 P8 — B A Off
DETG S8 = SIG.5 P1 P8 — A A Off
DETD S8 = SIG.5 P1 P8 — A A Off
DETWT S8 = SIG.5 P1 P8 — Off A Off
CONT1 No signal P1 5 V 1.4 V Off B On
CONT2 No signal P1 5 V 1.9 V Off B On
CONT3 No signal P1 5 V 2.4 V Off B On
Symbol Input signal
Input pulse Trimmer voltage Switch
S5 S6 VR2 VR3 SW4 SW7 SW8 SW9
γ1DC No signal P1 P8 0 V — B On Off Off
γ11 S8 = SIG.5 P1 P8 0 V — A On Off Off
γ12 S8 = SIG.5 P1 P8 0 V — A On Off Off
γ13 S8 = SIG.5 P1 P8 0 V — A On Off Off
γ1K S8 = SIG.5 P1 P8 0 V — A On Off Off
γ1P S8 = SIG.5 P1 P8 0 V — B On Off Off
γ1L S8 = SIG.5 P1 P8 0 V — A On Off Off
γ3DC No signal P1 P8 — 2.54 V B Off Off On
γ31 S8 = SIG.5 P1 P8 — 2.54 V A Off Off On
γ32 S8 = SIG.5 P1 P8 — 2.54 V A Off Off On
γ33 S8 = SIG.5 P1 P8 — 2.54 V A Off Off On
γ3K S8 = SIG.5 P1 P8 — 2.54 V A Off Off On
γM1 S8 = SIG.5 P1 P8 4 V 2.32 V A On Off On
γM2 S8 = SIG.5 P1 P8 4 V 2.32 V A On Off On
γM3 S8 = SIG.5 P1 P8 4 V 2.32 V A On Off On
γMK S8 = SIG.5 P1 P8 4 V 2.32 V A On Off On
γMC S8 = SIG.5 P1 P8 4 V 2.32 V A On On On
γ2L S8 = SIG.5 P1 P8 5 V 1.0 V A On Off On
γ2H S8 = SIG.5 P1 P8 5 V 5 V A On Off On
γ2T S8 = SIG.5 P1 P8 5 V — A On Off On
γ2D S8 = SIG.5 P1 P8 5 V 3.4 V A On Off On
γ2DC No signal P1 P8 5 V — B On Off Off
γ1F S8 = SIG.6 P1 P8 0 V — A On Off Off
γ2F S8 = SIG.6 P1 P8 5 V — A On Off Off
γ3F S8 = SIG.6 P1 P8 — 2.54 V A Off Off On
[1H Interpolation: Aperture Correction System]
[Video Output System: Current Drain]
No. 4850-8/24
LA7265W
Input
Trimmer voltage Switch
Symbol Input signal
pulse
S7 VR4 VR1 SW10 SW11 SW12 SW14 SW15 SW16 SW13
LSPDO No signal P1 — — B Off — B, A — — —
LSPDC No signal P1 — — B Off — B — — —
LSPGD S10 = SIG.5 P1 — — A Off — B, A — — —
LSPG S10 = SIG.5 P1 — — A Off — B — — —
APCT S10 = SIG.6 P1 0 V Scan A A A B Off C Off
APCH S10 = SIG.6 P1 0 V — A A A B Off A Off
APH S10 = SIG.6 P1 0 V — A A A B Off B Off
APDP S10 = SIG.6 P1 Scan APCT A A A B A C Off
APDST S10 = SIG.6 P1 0, 2.4 V APCT A A A B Off C Off
APDSL S10 = SIG.6 P1 0, 2.4 V APCT A A A B B C Off
APDSH S10 = SIG.6 P1 0, 2.4 V APCT A A A B A C Off
APYG S10 = SIG.5 P1 — — A B B B — — Off
APYD S10 = SIG.5 P1 — — A B B B — — Off
APYDC No signal P1 — — B B B B — — Off
APYF S10 = SIG.6 P1 — — A B B B — — Off
Input pulse
Trimmer
Switch
Symbol Input signal
voltage
S2 S5 S7 S9 S11 VR12 SW6, 7 SW10 SW11 SW12 SW14 SW13 SW17 SW18
VODC S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off Off
VOSY S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off Off
VOPT S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off Off
VOG S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off Off
VOLC S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off Off
VOWCT S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off Off
VOPL S13 = SIG.5 — — P1 P9 P8 — — — — — — A B Off
VOPH S13 = SIG.5 — — P1 P9 P8 — — — — — — A A Off
VOWCH S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off B
VOD S13 = SIG.5 — — P1 P9 P8 — — — — — — A Off A
VOF S13 = SIG.6 — — P1 P9 P8 — — — — — — A Off Off
VOL S13 = SIG.5 — — P1 P9 P8 — — A B B B B Off Off
ICDS No signal P1 — — — — — — — — — — — — —
IVDO No signal P1 P1 P1 — — 0 V On — B B — — — —
IDRI No signal — — — — — — — — — — — — — —
V
REF
No signal P1 P1 P1 — — — — — — — — — — —
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