Panasonic KX-TDE0110XJ / KX-TDE0110X Service Manual ▷ View online
45
KX-TDE0110XJ / KX-TDE0110X
325
40
L17
VDD
P
PWR
Same as above.
326
41
M6
VDD
P
PWR
Same as above.
327
42
M7
VDD
P
PWR
Same as above.
328
43
M16
VDD
P
PWR
Same as above.
329
44
M17
VDD
P
PWR
Same as above.
330
45
N6
VDD
P
PWR
Same as above.
331
46
N7
VDD
P
PWR
Same as above.
332
47
N16
VDD
P
PWR
Same as above.
333
48
N17
VDD
P
PWR
Same as above.
334
49
P6
VDD
P
PWR
Same as above.
335
50
P7
VDD
P
PWR
Same as above.
336
51
P16
VDD
P
PWR
Same as above.
337
52
P17
VDD
P
PWR
Same as above.
338
53
R6
VDD
P
PWR
Same as above.
339
54
R7
VDD
P
PWR
Same as above.
340
55
R16
VDD
P
PWR
Same as above.
341
56
R17
VDD
P
PWR
Same as above.
342
57
T6
VDD
P
PWR
Same as above.
343
58
T7
VDD
P
PWR
Same as above.
344
59
T8
VDD
P
PWR
Same as above.
345
60
T9
VDD
P
PWR
Same as above.
346
61
T10
VDD
P
PWR
Same as above.
347
62
T11
VDD
P
PWR
Same as above.
348
63
T12
VDD
P
PWR
Same as above.
349
64
T13
VDD
P
PWR
Same as above.
350
65
T14
VDD
P
PWR
Same as above.
351
66
T15
VDD
P
PWR
Same as above.
352
67
T16
VDD
P
PWR
Same as above.
353
68
T17
VDD
P
PWR
Same as above.
354
69
U6
VDD
P
PWR
Same as above.
355
70
U7
VDD
P
PWR
Same as above.
356
71
U8
VDD
P
PWR
Same as above.
357
72
U9
VDD
P
PWR
Same as above.
358
73
U10
VDD
P
PWR
Same as above.
359
74
U11
VDD
P
PWR
Same as above.
360
75
U12
VDD
P
PWR
Same as above.
361
76
U13
VDD
P
PWR
Same as above.
362
77
U14
VDD
P
PWR
Same as above.
363
78
U15
VDD
P
PWR
Same as above.
364
79
U16
VDD
P
PWR
Same as above.
365
80
U17
VDD
P
PWR
Same as above.
Total
Signals
Interface
Signals
Pin
Power & Ground
Interface Signal Name
(All Modes)
Signal
Type
I/O Type
Signal Description
1. 2 VDC PLL Vcore
366
1
N19
AVDD_CORE0
P
PWR
PLL Supply Voltage. Connect to +1.2 V through a 10: resistor and to GND
through 0.1 P F and 10 P F capacitors in parallel.
through 0.1 P F and 10 P F capacitors in parallel.
367
2
N20
AVDD_CORE2
P
PWR
Same as above.
368
3
N21
AVDD_CORE1
P
PWR
Same as above.
GND
369
1
H8
VSS
G
GND
Digital Ground. Connect to digital ground.
370
2
H9
VSS
G
GND
Same as above.
371
3
H10
VSS
G
GND
Same as above.
372
4
H11
VSS
G
GND
Same as above.
373
5
H12
VSS
G
GND
Same as above.
374
6
H13
VSS
G
GND
Same as above.
375
7
H14
VSS
G
GND
Same as above.
376
8
H15
VSS
G
GND
Same as above.
377
9
J8
VSS
G
GND
Same as above.
378
10
J9
VSS
G
GND
Same as above.
379
11
J10
VSS
G
GND
Same as above.
380
12
J11
VSS
G
GND
Same as above.
381
13
J12
VSS
G
GND
Same as above.
382
14
J13
VSS
G
GND
Same as above.
Total
Signals
Interface
Signals
Pin
Power (VDD) Interface
All Modes
Signal
Type
I/O Type
Signal Description
46
KX-TDE0110XJ / KX-TDE0110X
383
15
J14
VSS
G
GND
Same as above.
384
16
J15
VSS
G
GND
Same as above.
385
17
K8
VSS
G
GND
Same as above.
386
18
K9
VSS
G
GND
Same as above.
387
19
K10
VSS
G
GND
Same as above.
388
20
K11
VSS
G
GND
Same as above.
389
21
K12
VSS
G
GND
Same as above.
390
22
K13
VSS
G
GND
Same as above.
391
23
K14
VSS
G
GND
Same as above.
392
24
K15
VSS
G
GND
Same as above.
393
25
L8
VSS
G
GND
Same as above.
394
26
L9
VSS
G
GND
Same as above.
395
27
L10
VSS
G
GND
Same as above.
396
28
L11
VSS
G
GND
Same as above.
397
29
L12
VSS
G
GND
Same as above.
398
30
L13
VSS
G
GND
Same as above.
399
31
L14
VSS
G
GND
Same as above.
400
32
L15
VSS
G
GND
Same as above.
401
33
M8
VSS
G
GND
Same as above.
402
34
M9
VSS
G
GND
Same as above.
403
35
M10
VSS
G
GND
Same as above.
404
36
M11
VSS
G
GND
Same as above.
405
37
M12
VSS
G
GND
Same as above.
406
38
M13
VSS
G
GND
Same as above.
407
39
M14
VSS
G
GND
Same as above.
408
40
M15
VSS
G
GND
Same as above.
409
41
N8
VSS
G
GND
Same as above.
410
42
N9
VSS
G
GND
Same as above.
411
43
N10
VSS
G
GND
Same as above.
412
44
N11
VSS
G
GND
Same as above.
413
45
N12
VSS
G
GND
Same as above.
414
46
N13
VSS
G
GND
Same as above.
415
47
N14
VSS
G
GND
Same as above.
416
48
N15
VSS
G
GND
Same as above.
417
49
P8
VSS
G
GND
Same as above.
418
50
P9
VSS
G
GND
Same as above.
419
51
P10
VSS
G
GND
Same as above.
420
52
P11
VSS
G
GND
Same as above.
421
53
P12
VSS
G
GND
Same as above.
422
54
P13
VSS
G
GND
Same as above.
423
55
P14
VSS
G
GND
Same as above.
424
56
P15
VSS
G
GND
Same as above.
425
57
R8
VSS
G
GND
Same as above.
426
58
R9
VSS
G
GND
Same as above.
427
59
R10
VSS
G
GND
Same as above.
428
60
R11
VSS
G
GND
Same as above.
429
61
R12
VSS
G
GND
Same as above.
430
62
R13
VSS
G
GND
Same as above.
431
63
R14
VSS
G
GND
Same as above.
432
64
R15
VSS
G
GND
Same as above.
3.3vdc I/O A
433
1
E5
VDDO_A
P
PWR
Input/Output Supply Voltage. Connect to +3.3 VDC. Provide decoupling
capacitors distributed uniformly among the pins and located as close to the
device as possible.
For recommended bypass capacitors and layout, refer to DC Power Stability
Product Bulletin (82xxx-PBD-001).
capacitors distributed uniformly among the pins and located as close to the
device as possible.
For recommended bypass capacitors and layout, refer to DC Power Stability
Product Bulletin (82xxx-PBD-001).
434
2
E6
VDDO_A
P
PWR
Same as above.
435
3
E7
VDDO_A
P
PWR
Same as above.
436
4
E8
VDDO_A
P
PWR
Same as above.
437
5
E9
VDDO_A
P
PWR
Same as above.
438
6
E10
VDDO_A
P
PWR
Same as above.
439
7
E11
VDDO_A
P
PWR
Same as above.
440
8
E12
VDDO_A
P
PWR
Same as above.
441
9
E13
VDDO_A
P
PWR
Same as above.
442
10
E14
VDDO_A
P
PWR
Same as above.
Total
Signals
Interface
Signals
Pin
Power & Ground
Interface Signal Name
(All Modes)
Signal
Type
I/O Type
Signal Description
47
KX-TDE0110XJ / KX-TDE0110X
443
11
E15
VDDO_A
P
PWR
Same as above.
444
12
E16
VDDO_A
P
PWR
Same as above.
445
13
E17
VDDO_A
P
PWR
Same as above.
446
14
E18
VDDO_A
P
PWR
Same as above.
447
15
F5
VDDO_A
P
PWR
Same as above.
448
16
F18
VDDO_A
P
PWR
Same as above.
449
17
G5
VDDO_A
P
PWR
Same as above.
450
18
G18
VDDO_A
P
PWR
Same as above.
451
19
H5
VDDO_A
P
PWR
Same as above.
452
20
H18
VDDO_A
P
PWR
Same as above.
453
21
J5
VDDO_A
P
PWR
Same as above.
454
22
J18
VDDO_A
P
PWR
Same as above.
455
23
K5
VDDO_A
P
PWR
Same as above.
456
24
K18
VDDO_A
P
PWR
Same as above.
457
25
L5
VDDO_A
P
PWR
Same as above.
458
26
L18
VDDO_A
P
PWR
Same as above.
459
27
M5
VDDO_A
P
PWR
Same as above.
460
28
M18
VDDO_A
P
PWR
Same as above.
461
29
N5
VDDO_A
P
PWR
Same as above.
462
30
N18
VDDO_A
P
PWR
Same as above.
463
31
P5
VDDO_A
P
PWR
Same as above.
464
32
P18
VDDO_A
P
PWR
Same as above.
465
33
R5
VDDO_A
P
PWR
Same as above.
466
34
R18
VDDO_A
P
PWR
Same as above.
467
35
T5
VDDO_A
P
PWR
Same as above.
468
36
T18
VDDO_A
P
PWR
Same as above.
469
37
U5
VDDO_A
P
PWR
Same as above.
470
38
U18
VDDO_A
P
PWR
Same as above.
2.5 VDC or 3.3 VDC I/O B
471
1
V5
VDDO_B
P
PWR
Input/Output Supply Voltage. Connect to +3.3V when using +3.3V SDRAM
or connect to +2.5V when using +2.5V SDRAM. Provide decoupling capaci-
tors distributed uniformly among the pins and located as close to the device
as possible.
For recommended capacitors and layout refer to DC Power Stability Product
Bulletin (82xxx-PBD-001).
or connect to +2.5V when using +2.5V SDRAM. Provide decoupling capaci-
tors distributed uniformly among the pins and located as close to the device
as possible.
For recommended capacitors and layout refer to DC Power Stability Product
Bulletin (82xxx-PBD-001).
472
2
V6
VDDO_B
P
PWR
Same as above.
473
3
V7
VDDO_B
P
PWR
Same as above.
474
4
V8
VDDO_B
P
PWR
Same as above.
475
5
V9
VDDO_B
P
PWR
Same as above.
476
6
V10
VDDO_B
P
PWR
Same as above.
477
7
V11
VDDO_B
P
PWR
Same as above.
478
8
V12
VDDO_B
P
PWR
Same as above.
479
9
V13
VDDO_B
P
PWR
Same as above.
480
10
V14
VDDO_B
P
PWR
Same as above.
481
11
V15
VDDO_B
P
PWR
Same as above.
482
12
V16
VDDO_B
P
PWR
Same as above.
483
13
V17
VDDO_B
P
PWR
Same as above.
484
14
V18
VDDO_B
P
PWR
Same as above.
Total
Signals
Interface
Signals
Pin
Power & Ground
Interface Signal Name
(All Modes)
Signal
Type
I/O Type
Signal Description
48
KX-TDE0110XJ / KX-TDE0110X
12.1.2. IC4
Pin No.
Pin Name
I/O
Description
1
MDIO
I/O
Management Independent Interface (Mll) Data I/O. This pin requires an external 10K pull-up
resistor.
resistor.
2
MDC
I
MM Clock Input. This pin is synchronous to the MDIO.
3
RXD3/PHYAD
Ipd/O
Mll Receive Data Output. RXD [3..0], these bits are synchronous with RXCLK. When RXDV
is asserted, RXD [3..0] presents valid data to MAC through the Mll. RXD [3..0] is invalid
when RXDV is de-asserted.
During reset, the pull-up/pull-down value is latched as PHYADDR [1]. See “Strapping
Options” section for details.
is asserted, RXD [3..0] presents valid data to MAC through the Mll. RXD [3..0] is invalid
when RXDV is de-asserted.
During reset, the pull-up/pull-down value is latched as PHYADDR [1]. See “Strapping
Options” section for details.
4
RXD2/PHYAD2
Ipd/O
Mll Receive Data Output.
During reset, the pull-up/pull-down value is latched as PHYADDR[2]. See “Strapping
Options” section for details.
During reset, the pull-up/pull-down value is latched as PHYADDR[2]. See “Strapping
Options” section for details.
5
RXD1/PHYAD3
Ipd/O
Mll Receive Data Output.
During reset, the pull-up/pull-down value is latched as PHYADDR [3], See “Strapping
Options” section for details.
During reset, the pull-up/pull-down value is latched as PHYADDR [3], See “Strapping
Options” section for details.
6
RXDO/PHYAD4
Ipd/O
Mll Receive Data Output.
During reset, the pull-up/pull-down value is latched as PHYADDR [4]. See “Strapping
Options” section for details.
During reset, the pull-up/pull-down value is latched as PHYADDR [4]. See “Strapping
Options” section for details.
7
VDDIO
P
Digital IO 2.5 /3.3V tolerant power supply. 3.3V power Input of voltage regulator. See “Circuit
Design Ref. for Power Supply” section for details.
Design Ref. for Power Supply” section for details.
8 GND
GND
Ground.
9
RXDV/CRSDV/PCS_LPBK
Ipd/O
Mll Receive Data Valid Output.
During reset, the pull-up/pull-down value is latched as PCS_LPBK. See “Strapping Options”
section for details.
During reset, the pull-up/pull-down value is latched as PCS_LPBK. See “Strapping Options”
section for details.
10
RXC
O
Mll Receive Clock Output. Operating at 25MHz = 100Mbps, 2.5MHz = 10Mbps.
11
RXER/ISO
Ipd/O
Mll Receive Error Output.
During reset, the pull-up/pull-down value is latched as ISOLATE during reset. See “Strap-
ping Options” section for details.
During reset, the pull-up/pull-down value is latched as ISOLATE during reset. See “Strap-
ping Options” section for details.
12 GND
GND
Ground.
13
VDDC
P
Digital core 2.5V only power supply. See “Circuit Design Ref. for Power Supply” section for
details.
details.
14
TXER
Ipd
Mll Transmit Error Input.
15
TXC/REFCLK
I/O
Mll Transmit Clock Output.
Input for crystal or an external 50MHz clock. When REFCLK pin is used for REF clock inter-
face, pull up XI to VDDPLL 2.5V via 10k
Input for crystal or an external 50MHz clock. When REFCLK pin is used for REF clock inter-
face, pull up XI to VDDPLL 2.5V via 10k
Ω resistor and leave XO pin unconnected.
16
TXEN
Ipd
Mll Transmit Enable Input.
17
TXDO
Ipd
Mll Transmit Data Input
18
TXD1
Ipd
Mll Transmit Data Input.
19
TXD2
Ipd
Mll Transmit Data Input
20
TXD3
Ipd
Mll Transmit Data Input.
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