Plexim RT Box controlCARD Interface User Manual

Plexim RT Box kontrol Antarmuka Card

Pambuka

PLECS RT Box minangka simulator wektu nyata sing kuat adhedhasar sistem Xilinx Zynq ing chip (SOC). Kanthi sinyal I/O digital lan analog, RT Box dilengkapi kanthi apik kanggo testing hardware-in-the-loop (HIL) uga rapid control prototyping (RCP).
Yen dipunginaaken kanggo testing HIL, RT Box biasane emulates daya stage sistem elektronika daya. Daya stage bisa dadi konverter DC / DC sing prasaja, sistem drive AC utawa sistem inverter multi-level sing kompleks. Piranti sing diuji (DUT) yaiku hardware kontrol sing disambungake menyang RT Box. Ing persiyapan kuwi, controller lengkap bisa dites tanpa daya nyata stage.

Kanggo menakake sambungan hardware external lan kanggo nyedhiyani akses trep kanggo input lan output RT Box, Plexim nawakake set aksesoris RT Box.

Ing KARTU kontrol RT Box Interface diterangake ing document iki wis loro slot kontrol-trolCARD kang nggampangake sambungan prasaja saka RT Box karo modul 100-pin lan 180-pin controlCARD saka Texas Instruments (TI). Iki ngidini pangguna nyoba algoritma kontrol sing ditindakake ing C2000 MCU tanpa ngembangake hardware antarmuka dhewe. Pinout saka papan Antarmuka controlCARD wis dioptimalake kanggo kit pangembangan ing ngisor iki

KARTU kontrol Piccolo (280049, 28027, 28035, 28075, 28069)
KARTU kontrol Delfino (28335, 2837xD)
KARTU kontrol konser (F28M35, F28M36)

Antarmuka controlCARD uga bisa digunakake karo papan pangembangan liyane sing tundhuk karo pinout controlCARD.

Papan Antarmuka Swaraview

Papan antarmuka menehi soket 100-pin kanggo 100-pin kontrol-CARD lawas, uga soket 180-pin kanggo modul anyar. Fig.. 2.1 nuduhake ndhuwur view saka papan antarmuka controlCARD.

Kabeh sinyal output RT Box buffered kanggo nglindhungi MCU saka overvoltage, lan opamps nyedhiyani sumber kurang-impedansi kanggo input ADC MCUs. Papan kasebut nyedhiyakake akses menyang telung output analog kanthi label AOUT-13. . . 15 liwat konektor BNC. Kanggo komunikasi status karo Kotak RT, papan kasebut nduweni papat saklar geser lan papat LED kanthi label DIO-28. . . DIO-31.

Kajaba iku, njaba JTAG adaptor bisa disambungake menyang MCU kanthi rong header 14-pin kanthi label JTAG-100, JTAG-180. Saben controlCARD disambungake menyang driver CAN sing terisolasi, ngidini komunikasi ing antarane kertu kontrol uga peralatan eksternal. Papan kasebut uga nyedhiyakake PROM Serial Electrically Erasable 64 kbit kanggo tujuan khusus pangguna.

A konektor unshrouded 6-pin labeled SCI kanggo kabel FTDI kasedhiya kanggo komunikasi karo 100-pin controlCARDs lawas sing ora ndhukung antarmuka serial.

ControlCARD Soket Pins

Tabel 2.1 lan 2.2 dhaftar assignments pin 100-pin lan 180-pin controlCARD sockets lan sinyal RT Box.

Tabel sing luwih rinci, kalebu fungsi prosesor sing kasedhiya ing saben pin kanggo controlCARD sing didhukung, bisa ditemokake ing Lampiran.

RT Box	100-pin		RT Box
	1	51
	2	52
	3	53
	4	54
	5	55
	6	56
AO14	7	57	AO15
	8	58
AO12	9	59	AO13
	10	60
AO10	11	61	AO11
	12	62
AO8	13	63	AO9
	14	64
AO6	15	65	AO7
	16	66
AO4	17	67	AO5
	18	68
AO2	19	69	AO3
	20	70
AO0	21	71	AO1
	22	72
DI23	26	76	DI22
	27	77
DI25	28	78	DI24
DI27	29	79	DI26
DI29	30	80	DI28
	31	81
	32	82
	33	83	C0
	34	84	C5
C6	35	85	C7
C4	36	86
	37	87
	38	88
	39	89
C2	40	90	C3
	41	91	C1
	42	92
	43	93
	44	94
DI31	45	95	DI30
	46	96
	47	97
	48	98
	49	99
	50	100

Tabel 2.1: 100-pin soket kontrolCARD

RT Box	180-pin		RT Box
	1	2
	3	4
	5	6
	7	8
AO15	9	10
AO13	11	12	AO14
	13	14	AO12
AO11	15	16
AO9	17	18	AO10
	19	20	AO8
AO7	21	22
AO5	23	24	AO6
AO3	25	26	AO4
AO1	27	28	AO2
	29	30	AO0
	31	32
NC	33. . . 46		NC
	47	48
DI0	49	50	DI4
DI1	51	52	DI5
DI2	53	54	DI6
DI3	55	56	DI7
DI8	57	58	DI12
DI9	59	60	DI13
DI10	61	62	C11
DI11	63	64	C12

RT Box	180-pin		RT Box
	65	66
	67	68	C13
	69	70	C14
	71	72	C27
	73	74	C26
C25	75	76
C24	77	78
C23	79	80
C22	81	82
	83	84
	85	86
	87	88	DI14
C21	89	90	DI15
C20	91	92
	93	94
	95	96
	97	98
	99	100	C19
	101	102	C18
	103	104	C17
	105	106	C16
	107	108
NC	109. . . 118		NC
	119	120	RESET (DO15)
	121	122
NC	123. . . 180		NC

Tabel 2.2: 180-pin soket kontrolCARD

Papan Antarmuka Swaraview

Gambar 2.1: Papan Antarmuka RT Box controlCARD

Onboard Voltage Pasokan

Daya kanggo papan antarmuka controlCARD bisa diwenehake kanthi rong cara, kanthi milih terminal jumper sing cocog ing pojok tengen ngisor papan. Salah siji cara yaiku nyuplai daya langsung saka RT Box. Kapindho liwat sumber njaba nggunakake konektor USB labeled 5V PWR. Iki ngidini papan kanggo digunakake tanpa Kotak RT. Papan antarmuka ngemot vol lineartage regulator sing langkah mudhun 5 V diwenehake externally utawa dening RT Box kanggo 3.3 V dibutuhake dening controlCARD. A LED ijo ing sisih tengen ngisor Papan nuduhake sumber daya kanggo Papan.

Output Analog

Kabeh 16 output analog saka Kothak RT dituntun menyang slot kertu kontrol 100-pin lan 180-pin. Sampeyan bisa kanggo operate loro kertu ing wektu sing padha, al-sanadyan pangguna kudu weruh sing sampling siji MCU bisa mengaruhi pangukuran liyane. Yen loro slot kertu kontrol diisi, sinyal ana-log kudu dienggo bareng karo controlCARD. Telung saluran output analog AOUT-13. . . AOOUT-15 uga bisa diakses ing konektor BNC.

Kabeh 16 sinyal output analog dilewati liwat operasional CMOS rel-to-rail ampsirkuit kahanan sinyal lifier, minangka ditampilake ing Fig. 2.2, kanggo skala volt-umur dadi 0 V lan 3.3 V, lan kanggo nglindhungi input saka MCU saka karusakan dening over-vol.tage. Iki pirso gain 4.42 / 6.8 (utawa 0.65) ing antarane pin output analog saka RT Box lan pin input analog saka controlCARD.

Tambahan, saben saluran analog routed menyang soket 180-pin controlCARD buffered karo kapasitor (2200 pF) marang lemah, kanggo ngedhunake impedansi sumber saluran supaya s.ample lan terus kapasitor saka MCU bisa kebak cepet. A resistance cilik (56 Ω) uga diselehake ing seri kanggo stabil op drivingamp sirkuit

Soket controlCARD 100-pin ora kalebu saka langkah iki lan nampa sinyal output analog langsung sawise kahanan sinyal, amarga resistor lan kapasitor iki wis diisi ing controlCARDS 100-pin.

Gambar 2.2: Sirkuit Pengkondisian Sinyal Output Analog

Digital I/O

Input digital DI0. . . DI15 saka RT Box disambungake menyang soket 180-pin controlCARD. DI16 . . . DI31 disambungake menyang 100-pin controlCARD

soket. Input digital DI28. . . 31 uga bisa disetel liwat papat ngalih ngusapake kasedhiya ing Papan labeled DIO-28. . . DIO-31.

Output digital DO0. . . DO7 disambungake menyang soket 100-pin controlCARD. DO11 . . . DO14, DO16 . . . 27 disambungake menyang soket 180-pin controlCARD. DO28 . . . DO31 disambungake menyang papat LED ing sisih tengen ndhuwur Papan labeled DIO-28. . . DIO-31.
Kabeh sinyal input lan output digital disangga liwat transceiver bus kanggo nglindhungi input MCU saka voltagluwih saka 3.3 V.

DO15 disambungake menyang 180-pin controlCARDs MCU reset pin liwat RST jumper. Yen jumper disetel output tingkat kurang ing DO15 bakal ngreset MCU. Aja nyetel jumper iki kajaba sampeyan pengin nggunakake fitur iki. Utawa, MCU bisa direset nggunakake tombol push label RESET.

Komunikasi CAN

Loro transceiver CAN sing diisolasi kanthi listrik nyedhiyakake komunikasi CAN sing bisa diakses liwat konektor D-SUB 9-pin ing pojok kiwa ngisor papan. Iki ngidini komunikasi ing antarane kertu kontrol, yen diisi bebarengan, uga karo peralatan eksternal.

Tabel 2.3 dhaftar assignments pin konektor D-SUB 9-pin, 100-pin controlCARD lan 180-pin controlCARD sockets.

Cathetan Sinyal CAN_L lan CAN_H ing pin 2 lan 7 mungguh ing konektor D-SUB 9-pin bisa diakhiri nganggo resistor 120 Ω nggunakake jumper kanthi label CAN TERM sing ana ing pojok kiwa ngisor papan.

JTAG Headers

Tabel 2.4 lan 2.5 nyathet tugas pin JTAG header kanggo 100-pin controlCARD labeled JTAG-100 lan 180-pin controlCARD labeled JTAG-180 mungguh.

100-pin	CAN Transceiver 1		9-pin konektor	CAN Transceiver 2		180-pin
			1
94	TX1	BISA_L	2	BISA_L	TX2	82
		GND	3	GND
			4
			5
		GND	6	GND
44	RX1	BISA_H	7	BISA_H	RX2	80
			8
			9

Tabel 2.3: CAN pin assignment

100-pin	Fungsi	JTAG-100		Fungsi	100-pin
49	TMS	1	2	TRST	99
97	TDI	3	4	GND
	3 V	5	6	NC
98	TDO	7	8	GND
48	TCK	9	10	GND
48	TCK	11	12	GND
100	EMU0	13	14	EMU1	50

Tabel 2.4: JTAG- 100 pin tugas

Komunikasi SCI

Tabel 2.6 dhaftar assignments pin konektor unshrouded labeled SCI kanggo komunikasi karo controlCARDs older100-pin.

180-pin	Fungsi	JTAG-180		Fungsi	180-pin
3	TMS	1	2	TRST	4
8	TDI	3	4	GND
	3 V	5	6	NC
6	TDO	7	8	GND
5	TCK	9	10	GND
5	TCK	11	12	GND
2	EMU0	13	14	EMU1	1

Tabel 2.5: JTAG- 180 pin tugas

SCI	Fungsi	100-pin
1	GND -
2	NC
3	VCC +
4	TX	43
5	RX >	93
6	NC

Tabel 2.6: SCI pin assignment

Konektor

Tabel ing ngisor iki ngemot nomer bagean konektor lan perakitan standoff sing digunakake ing papan antarmuka controlCARD. Kanggo dimensi panel ngarep RT Box, deleng manual RT Box.

Sl. Ora.	Produsen	Nomer Part	Katrangan
1	Samtec Inc.	HSEC8-160-01-SM-DV-A	120-pin wadon
2	Samtec Inc.	HSEC8-130-01-SM-DV-A	60-pin wadon
3	Instrumen Texas	TMDSDIM100CON5PK	Soket 100-pin
4	Conec	DLS1XP5AK40X	9-pin D-Sub Lanang
5	TE AMP Konektor	5104338-2	14-pin Header
6	3M	961106-6404-AR	6-pin Header
7	3M	961102-6404-AR	2-pin Header
8	Radial	R141426161	Konektor BNC
9	Assmann WSW Komponen	A-DS 37 A/KG-T4S	37-pin D-Sub Lanang
10	Assmann WSW Komponen	ASUB-277-37TP25	37-pin D-Sub Ditumpuk
11	Harwin Inc.	R6396-02	Hex Standoff
12	Keystone Elektronika	720	Bumper
13	APM Hexseal	RM3X8MM 2701	M3 sekrup

Tabel 2.7: Konektor lan perakitan standoff

Lampiran

Tabel 3.1 lan 3.2 nyedhiyakake informasi sing luwih rinci babagan konektivitas soket 180-pin controlCARD; Tabel 3.4 menehi informasi sing luwih rinci babagan panyambungan soket 100-pin controlCARD. Kanggo saben controlCARD, RT Box I/O ditampilake ing jejere pin soket controlCARD lan periferal prosesor sing kasedhiya ing pin kasebut.

Peta Pin Kartu Kontrol TI F28379D

Fungsi	RT Box	180-pin		RT Box	Fungsi
JTAG-EMU1		1	2		JTAG-EMU0
JTAG-TMS		3	4		JTAG-TRSTn
JTAG-TCK		5	6		JTAG-TDO
		7	8		JTAG-TDI
ADC-A0	AO15	9	10
ADC-A1	AO13	11	12	AO14	ADC-B0
		13	14	AO12	ADC-B1
ADC-A2	AO11	15	16
ADC-A3	AO9	17	18	AO10	ADC-B2
		19	20	AO8	ADC-B3
ADC-A4	AO7	21	22
ADC-A5	AO5	23	24	AO6	ADC-B4
ADCIN14	AO3	25	26	AO4	ADC-B5
ADCIN15	AO1	27	28	AO2	ADC-D0
		29	30	AO0	ADC-D1
	NC	31. . . 48		NC
PWM1A, GPIO-00	DI0	49	50	DI4	PWM3A, GPIO-04
PWM1B, GPIO-01	DI1	51	52	DI5	PWM3B, GPIO-05
PWM2A, GPIO-02	DI2	53	54	DI6	PWM4A, GPIO-06
PWM2B, GPIO-03	DI3	55	56	DI7	PWM4B, GPIO-07
PWM5A, GPIO-08	DI8	57	58	DI12	PWM7A, GPIO-12
PWM5B, GPIO-09	DI9	59	60	DI13	PWM7B, GPIO-13
PWM6A, GPIO-10	DI10	61	62	C11	PWM8A, GPIO-14

Fungsi	RT Box	180-pin		RT Box	Fungsi
PWM6B, GPIO-11	DI11	63	64	C12	PWM8B, GPIO-15
		65	66
		67	68	C13	QEP1A, GPIO-20
		69	70	C14	QEP1B, GPIO-21
		71	72	C27	QEP1S, GPIO-22
		73	74	C26	QEP1I, GPIO-23
SPISIMOB, GPIO-24	C25	75	76
SPISOMIB, GPIO-25	C24	77	78
SPICLKB, GPIO-26	C23	79	80		CANRXA, GPIO-30
SPISTEB, GPIO-27	C22	81	82		CANTXA, GPIO-31
		83	84
		85	86
		87	88	DI14	GPIO-39
GPIO-40	C21	89	90	DI15	GPIO-44
GPIO-41	C20	91	92
		93	94
		95	96
		97	98
		99	100	C19	QEP2A, GPIO-54
		101	102	C18	QEP2B, GPIO-55
		103	104	C17	QEP2S, GPIO-56
		105	106	C16	QEP2I, GPIO-57
	NC	107. . . 118		NC
		119	120	C15	XRSn
	NC	121. . . 180		NC

Fungsi

RT Box

180-pin

RT Box

Fungsi

Tabel 3.1: peta pin TI 28379D ControlCard

TI F280049M controlCARD Pin Peta

Fungsi	RT Box	180-pin		RT Box	Fungsi
JTAG-EMU1		1	2		JTAG-EMU0
JTAG-TMS		3	4		JTAG-TRSTn
JTAG-TCK		5	6		JTAG-TDO
		7	8		JTAG-TDI
ADC-A0, B15, C15, DACA	AO15	9	10
ADC-A1, DACB	AO13	11	12	AO14	ADC-B0
		13	14	AO12	ADC-B1, A10, C10, PGA7_IN
ADC-A2, B6, PGA1_IN	AO11	15	16
ADC-A3	AO9	17	18	AO10	ADC-B2, C6, PGA3_IN
		19	20	AO8	ADC-B3, VDAC
ADC-A4, B8, PGA2_IN	AO7	21	22
ADC-A5	AO5	23	24	AO6	ADC-B4, C8, C3, PGA4_IN
ADC-A6, PGA5_IN	AO3	25	26	AO4	ADC-C0
ADC-A9	AO1	27	28	AO2	ADC-C1
		29	30	AO0	ADC-C2
	NC	31. . . 48		NC
PWM1A, GPIO-00	DI0	49	50	DI4	PWM3A, GPIO-04
PWM1B, GPIO-01	DI1	51	52	DI5	PWM3B, GPIO-05
PWM2A, GPIO-02	DI2	53	54	DI6	PWM4A, GPIO-06
PWM2B, GPIO-03	DI3	55	56	DI7	PWM4B, GPIO-07
PWM7A, GPIO-12	DI8	57	58	DI12	PWM5A, GPIO-37
PWM7B, GPIO-13	DI9	59	60	DI13	PWM6A, GPIO-35
PWM8A, GPIO-14	DI10	61	62	C11	GPIO-39

Fungsi	RT Box	180-pin		RT Box	Fungsi
PWM8B, GPIO-15	DI11	63	64	C12	GPIO-23
		65	66
		67	68	C13	QEP1A, GPIO-40
		69	70	C14	QEP1B, GPIO-57
		71	72	C27	QEP1S, GPIO-22
		73	74	C26	QEP1I, GPIO-31
SPISIMOB, GPIO-24	C25	75	76
SPISOMIB, GPIO-25	C24	77	78
SPICLKB, GPIO-26	C23	79	80		CANRXA, GPIO-30
SPISTEB, GPIO-27	C22	81	82		CANTXA, GPIO-32
		83	84
		85	86
		87	88	DI14	NC
GPIO-18	C21	89	90	DI15	NC
NC	C20	91	92
		93	94
		95	96
		97	98
		99	100	C19	QEP2A, GPIO-24
		101	102	C18	QEP2B, GPIO-25
		103	104	C17	NC
		105	106	C16	NC
	NC	107. . . 118		NC
		119	120	C15	XRSn
	NC	121. . . 180		NC

Peta Pin Kartu Kontrol TI F28388D

Fungsi	RT Box	180-pin		RT Box	Fungsi
JTAG-EMU1		1	2		JTAG-EMU0
JTAG-TMS		3	4		JTAG-TRSTn
JTAG-TCK		5	6		JTAG-TDO
		7	8		JTAG-TDI
ADC-A0	AO15	9	10
ADC-A1	AO13	11	12	AO14	ADC-B0
		13	14	AO12	ADC-B1
ADC-A2	AO11	15	16
ADC-A3	AO9	17	18	AO10	ADC-B2
		19	20	AO8	ADC-B3
ADC-A4	AO7	21	22
ADC-A5	AO5	23	24	AO6	ADC-B4
ADCIN14	AO3	25	26	AO4	ADC-B5
ADCIN15	AO1	27	28	AO2	ADC-D0
		29	30	AO0	ADC-D1
	NC	31. . . 48		NC
PWM1A, GPIO-00	DI0	49	50	DI4	PWM3A, GPIO-04
PWM1B, GPIO-01	DI1	51	52	DI5	PWM3B, GPIO-05
PWM2A, GPIO-02	DI2	53	54	DI6	PWM4A, GPIO-06
PWM2B, GPIO-03	DI3	55	56	DI7	PWM4B, GPIO-07
PWM5A, GPIO-08	DI8	57	58	DI12	PWM7A, GPIO-12
PWM5B, GPIO-09	DI9	59	60	DI13	PWM7B, GPIO-13
PWM6A, GPIO-10	DI10	61	62	C11	PWM8A, GPIO-14

Fungsi	RT Box	180-pin		RT Box	Fungsi
PWM6B, GPIO-11	DI11	63	64	C12	PWM8B, GPIO-15
		65	66
		67	68	C13	QEP1A, GPIO-20
		69	70	C14	QEP1B, GPIO-21
		71	72	C27	QEP1S, GPIO-22
		73	74	C26	QEP1I, GPIO-23
SPISIMOB, GPIO-24	C25	75	76
SPISOMIB, GPIO-25	C24	77	78
SPICLKB, GPIO-26	C23	79	80		CANRXA, GPIO-30
SPISTEB, GPIO-27	C22	81	82		CANTXA, GPIO-31
		83	84
		85	86
		87	88	DI14	GPIO-39
GPIO-40	C21	89	90	DI15	GPIO-125
GPIO-41	C20	91	92
		93	94
		95	96
		97	98
		99	100	C19	QEP2A, GPIO-54
		101	102	C18	QEP2B, GPIO-55
		103	104	C17	QEP2S, GPIO-56
		105	106	C16	QEP2I, GPIO-57
	NC	107. . . 118		NC
		119	120	C15	XRSn
	NC	121. . . 180		NC

TI F28335 controlCARD Pin Peta

Fungsi	RT Box	100-pin		RT Box	Fungsi
V33D-ISO		1	51		V33D-ISO
		2	52
		3	53
		4	54
		5	55
GND-ISO		6	56		GND-ISO
ADCIN-B0	AO14	7	57	AO15	ADCIN-A0
GND		8	58		GND
ADCIN-B1	AO12	9	59	AO13	ADCIN-A1
GND		10	60		GND
ADCIN-B2	AO10	11	61	AO11	ADCIN-A2
GND		12	62		GND
ADCIN-B3	AO8	13	63	AO9	ADCIN-A3
GND		14	64		GND
ADCIN-B4	AO6	15	65	AO7	ADCIN-A4
		16	66
ADCIN-B5	AO4	17	67	AO5	ADCIN-A5
		18	68
ADCIN-B6	AO2	19	69	AO3	ADCIN-A6
		20	70
ADCIN-B7	AO0	21	71	AO1	ADCIN-A7
		22	72
GPIO-00, EPWM-1A	DI17	23	73	DI16	GPIO-01, EPWM-1B

Fungsi	RT Box	100-pin		RT Box	Fungsi
GPIO-02, EPWM-2A	DI19	24	74	DI18	GPIO-03, EPWM-2B
GPIO-04, EPWM-3A	DI21	25	75	DI20	GPIO-05, EPWM-3B, ECAP-1
GPIO-06, EPWM-4A	DI23	26	76	DI22	GPIO-07, EPWM-4B, ECAP-2
GND		27	77		+ 5 V
GPIO-08, EPWM-5A, CANTX- B	DI25	28	78	DI24	GPIO-09, EPWM-5B, SCITX- B, ECAP-3
GPIO-10, EPWM-6A, CANRX-B	DI27	29	79	DI26	GPIO-11, EPWM-6B, SCIRX- B, ECAP-4
GPIO-48, ECAP5	DI29	30	80	DI28	GPIO-49, ECAP6
		31	81
		32	82		+ 5 V
		33	83	C0	GPIO-13, TZ-2, CANRX-B
		34	84	C5	GPIO-14, TZ-3, SCITX-B
GPIO-24, ECAP-1, EQEPA-2	C6	35	85	C7	GPIO-25, ECAP-2, EQEPB-2
GPIO-26, ECAP-3, EQEPI-2	C4	36	86
GND		37	87		+ 5 V
		38	88
		39	89
GPIO-20, EQEPA-1, CANTX- B	C2	40	90	C3	GPIO-21, EQEPB-1, CANRX- B
		41	91	C1	GPIO-23, EQEPI-1, SCIRX-B
		42	92		+ 5 V
GPIO-28 , SCIRX-A		43	93		GPIO-29, SCITX-A
GPIO-30, CANRX-A		44	94		GPIO-31, CANTX-A
GPIO-32	DI31	45	95	DI30	GPIO-33
		46	96		+ 5 V

Fungsi	RT Box	100-pin		RT Box	Fungsi
GND		47	97		JTAG-TDI
JTAG-TCK		48	98		JTAG-TDO
JTAG-TMS		49	99		JTAG-TRSTn
JTAG-EMU1		50	100		JTAG-EMU0

Tabel 3.4: TI F28335 controlCARD pin map

Dokumen / Sumber Daya

Antarmuka kertu kontrol RT Box

User Manual · 28335, 2837xD, F28M35, F28M36, RT Box controlCARD Interface, controlCARD Interface, Interface

Referensi

mailto:info@plexim.complexim.com
plexim.comwww.plexim.com
Piranti Lunak Teknik Elektro | Pleximwww.plexim.com
RT Box | Pleximwww.plexim.com
Antarmuka kertu kontrol kothak RT | Pleximwww.plexim.com
Manual panggunamanual.tools

Published: October 26, 2023

Dianyari: 27 Oktober 2023

Plexim RT Box controlCARD Interface User Manual

Plexim RT Box kontrol Antarmuka Card

Pambuka

Papan Antarmuka Swaraview

Lampiran

Dokumen / Sumber Daya

Referensi

Takon Pitakonan

Topik sing gegandhengan

Plexim RT Box kontrol Antarmuka Card

Pambuka

Papan Antarmuka Swaraview

Lampiran

Dokumen / Sumber Daya

Referensi

Takon Pitakonan

Takon Pitakonan Cancel question

Topik sing gegandhengan

Manual sing gegandhengan