CXA2504N View Datasheet(PDF) - Sony Semiconductor
Part Name
Description
Manufacturer
CXA2504N Datasheet PDF : 13 Pages
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CXA2504N
No.
Item
Symbol
Measurement conditions
Min. Typ. Max. Unit
32 BIAS OUT6 pin current I38
SW38 → a, V38 = 7V
–0.2 0 0.2 µA
33 SH8 “H” pin current I40H SW40 → b, V40 = 5V
–0.1 0 0.1 µA
34 SH8 “L” pin current I40L SW40 → b, V40 = 0V
–12 –5 — µA
35 I SH pin voltage
V17
— 1.2 — V
36 I DR pin voltage
V39
— 1.2 — V
Set SW5 → b, SW6 → b, SW8 → b, SW13 → b,
SW15 → b, SW16 → b,
Output potential
37 difference between
V5 = V6 = V8 = V13 = V15 = V16 = 2V, 7V, 11.5V.
∆VO Measure output DC voltage for TP23, TP25, TP27,
— — 25 mV
channels
TP33, TP35 and TP37 relative to each input DC voltage.
∆VO = MAX (output voltage – input voltage)
– MIN (output voltage – input voltage)
38
Gain difference
between channels
39 Input/output gain
Set SW4 → a, SW5 → b, SW6 → b, SW7 → a,
SW8 → b, SW13 → b, SW14 → a, SW15 → b,
SW16 → b, SW24 → a, SW26 → b, SW28 → b,
SW34 → b, SW36 → b, SW38 → b,
V4 = V7 = V14 = V24 = V26 = V28 = V34 = V36 = V38 = 7V,
V5 = V6 = V8 = V13 = V15 = V16 = 2V, 11.5V.
Measure output DC voltage for TP23, TP25, TP27,
∆Vd TP33, TP35 and TP37 relative to each input DC voltage. — — 25 mW
∆Vdmax = MAX (output voltage (11.5V input)
– output voltage (2.0V input))
∆Vdmin = MIN (output voltage (11.5V input)
– output voltage (2.0V input))
And, calculate the difference between channels of its
voltage difference.
∆Vd =∆Vdmax – ∆Vdmin
Set SW4 → a, SW7 → a, SW14 → a, SW24 → a, SW26 → a,
SW28 → a, SW34 → a, SW36 → a, SW38 → a,
GIO V4 = V7 = V14 = V24 = V26 = V28 = V34 = V36 = V38 = 7V. –0.5 –0.1 — dB
Input SG1 to (IN1) to (IN6) and measure gain between
input and output for TP23, TP25, TP27, TP33, TP35
and TP37 (refer to output waveforms (1)).
40
Sample-and-hold
slew rate (1)
Set SW1 → a, SW2 → a, SW3 → a, SW4 → a, SW7 → a,
SW14 → a, SW18 → a, SW19 → a, SW20 → a,
SW24 → a, SW26 → a, SW28 → a, SW34 → a,
SW36 → a, SW38 → a,
V4 = V7 = V14 = V24 = V26 = V28 = V34 = V36 = V38 = 7V,
RTSH1 (SH1) to (SH6) = SG4.
220 280 — V/µs
Input SG2 and SG3 to (IN1) to (IN6) and measure
output waveform (2) V for TP23, TP25, TP27, TP33,
TP35 and TP37.
RTSH1 =
V
15 × 10–3
(V/µs)
41 Sample-and-hold
slew rate (2)
Set SW4 → a, SW7 → a, SW14 → a, SW21 → a, SW24 → a,
SW26 → a, SW28 → a, SW34 → a, SW36 → a,
SW38 → a, SW40 → a,
V4 = V7 = V14 = V24 = V26 = V28 = V34 = V36 = V38 = 7V,
RTSH2 (SH7) = (SH8) = SG4.
Input SG2 and SG3 to (IN1) to (IN6) and measure
220 280 — V/µs
output waveform (2) V for TP23, TP25, TP27, TP33,
TP35 and TP37.
RTSH2 =
V
15 × 10–3
(V/µs)
–6–
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