ROHM TLR377YG-C Non-Inverting AmpChitsogozo cha ogwiritsa ntchito

Wogwiritsa Ntchito
ROHM Solution Simulator
Kulondola Kwamagalimoto Kwapamwamba & Kuyika / Kutulutsa Sitima Yapamtunda Kupita ku Sitima ya CMOS Ikugwira Ntchito Ampzowotchera (Op-Amps)
TLR377YG-C Wopanda inverting AmpLifier (Sine Wave Input) Transient Response sim

Zamkatimu kubisa

1 TLR377YG-C Non-Inverting Ampwotsatsa

2 Machenjezo Azambiri

3 Simulation Schematic

4 Momwe mungatsanzirire

5 Kayeseleledwe Zogwirizana

5.1 Kukhazikitsa magawo a VSOURCE

6 Op-Amp lachitsanzo

7 Zigawo za Peripheral

7.1 Bili Yazinthu

7.2 Ma Capacitor Ofanana Mazungulira

8 Zotchulidwa Zamtundu

9 Zolemba / Zothandizira

9.1 Zothandizira

10 Posts Related

TLR377YG-C Non-Inverting Ampwotsatsa

Dongosololi limatengera kuyankhidwa kwakanthawi kwa sine wave input popanda inverting ampLifier yokhazikitsidwa ndi Op-Amps. Mutha kuwona kuchuluka kwa voliyumutage ndi mokhulupirika momwe sine wave input voltage imapangidwanso. Mutha kusintha magawo azinthu zomwe zikuwonetsedwa mumtambo wabuluu, monga VSOURCE, kapena zotumphukira, ndikutsanzira zosasintha. ampLifier yokhala ndi ntchito yomwe mukufuna.
Mutha kutsanzira dera muzolemba zosindikizidwa: Zogwira ntchito ampLifier, Comparator (Tutorial). [JP] [EN] [CN] [KR]

Machenjezo Azambiri

Chenjezo 1: Miyezo kuchokera pazotsatira zofananira sizotsimikizika. Chonde gwiritsani ntchito zotsatira izi ngati kalozera wamapangidwe anu.
Chenjezo 2: Makhalidwe awa ali pa Ta=25°C. Chifukwa chake, zotsatira zofananira ndi kusiyanasiyana kwa kutentha zitha kusiyana kwambiri ndi zomwe zachitika pa bolodi lenileni (muyeso weniweni).
Chenjezo 3: Chonde onani Zolemba za Op-Amps kuti mudziwe zambiri zaukadaulo.
Chenjezo la 4: Makhalidwe amatha kusintha kutengera kapangidwe ka bolodi lenileni ndipo ROHM imalimbikitsa mwamphamvu kuti muyang'anenso mawonekedwewo ndi bolodi lenileni pomwe tchipisi tikhalamo.

Simulation Schematic

Chithunzi 1. Simulation Schematic

Momwe mungatsanzirire

Zokonda zofananira, monga kusesa kwa magawo kapena njira zosinthira, zimatha kusinthidwa kuchokera ku `Simulation Settings' yomwe ikuwonetsedwa mu Chithunzi 2, ndipo Gulu 1 likuwonetsa kukhazikitsidwa kosasintha kwa kayesedwe.
Pankhani ya kufananiza kofananira, mutha kusintha zosankha zapamwamba kuti muthetse. Kutentha kumayikidwa ku 27 ° C m'mawu okhazikika mu `Zosankha pamanja'. Mutha kusintha.

Chithunzi 2. Kuyerekezera Zokonda ndi kuphedwa

Table 1. Zosintha zofananira zokhazikika

magawo	Pofikira	Zindikirani
Mtundu Wofanizira	Nthawi-Domain	Osasintha Mtundu Woyeserera
Nthawi yotsiriza	300 masalimo	-
Zosintha zamakono	Zoyenera	-
Zosintha zamakono	Thandizo la Kusintha kwa Nthawi Kupititsa patsogolo Kusinthika	-
Zosankha pamanja	. temp27	-

Kayeseleledwe Zogwirizana

Table 2. Mndandanda wa magawo oyeserera

Nthawi dzina	Type	magawo	Pofikira mtengo	Mitundu yosiyanasiyana		Zogwirizana
Nthawi dzina	Type	magawo	Pofikira mtengo	Mphindi	Max	Zogwirizana
VSOURCE	Voltage Gwero	pafupipafupi	10k	10	10M	Hz
		Chimake voltage	0.5	0	6.	V
		Gawo loyambirira	0	kwaulere		.
		DC kusintha	3.	0	6.	V
		DF	0.0	yogwira		1 / s
		AC kukula	0.0	yogwira		V
		AC gawo	0.0	yogwira		.
VDD	Voltage Gwero Za Op-Amp	Voltagmulingo e	5	2.5 (Zindikirani1)	55 (Zindikirani1)
		AC kukula	0.0	yogwira
		AC gawo	0.0	yogwira
Chithunzi cha VREF	Voltage Gwero	Voltagmulingo e	3.	vesi	VDD
		AC kukula	0.0	yogwira		V
		AC gawo	0.0	yogwira		.

(Zindikirani 1) Khazikitsani kumayendedwe otsimikizika a Op-Amps.

Kukhazikitsa magawo a VSOURCE

Chithunzi 3 chikuwonetsa momwe magawo a VSOURCE amayenderana ndi mawonekedwe a VIN stimulus waveform.

Op-Amp lachitsanzo

Gulu 3 likuwonetsa ntchito ya pini yachitsanzo yomwe yakhazikitsidwa. Dziwani kuti Op-Amp model ndiye mtundu wamakhalidwe pamalowedwe ake / zotulutsa, ndipo palibe mabwalo oteteza kapena ntchito zomwe sizikugwirizana ndi cholingacho zomwe sizimakhazikitsidwa.

Table 3. Op-Amp zikhomo zachitsanzo zomwe zimagwiritsidwa ntchito poyerekezera

Pin Dzina	Kufotokozera
+MWA	Kulowetsa kosasintha
-MU	Inverting zolowetsa
VDD	Mphamvu zabwino
vesi	Negative magetsi / Ground
OUT	linanena bungwe

Zigawo za Peripheral

Bili Yazinthu

Table 4 ikuwonetsa mndandanda wazinthu zomwe zimagwiritsidwa ntchito poyeserera. Iliyonse ya ma capacitor ili ndi magawo a dera lofanana lomwe likuwonetsedwa pansipa. Miyezo yosasinthika ya zigawo zofanana ndi ziro kupatula ESR ya
C. Mutha kusintha zikhalidwe za gawo lililonse.

Table 4. Mndandanda wa ma capacitors omwe amagwiritsidwa ntchito mumayendedwe ofananitsa

Type	Dzina lachitsanzo	Mtengo Wosintha	Mitundu yosiyanasiyana		Zogwirizana
Type	Dzina lachitsanzo	Mtengo Wosintha	Mphindi	Max	Zogwirizana
Kukaniza	R2 1	10k	1k	1M	0
	R2 2	10k	1k	1M	0
	RL2	10k	1k	1M, NC	0
Wogwira ntchito	C2 1	10	10	100	pF
Wogwira ntchito	CL2	10	ufulu NC		pF

Ma Capacitor Ofanana Mazungulira

Mtengo wosasinthika wa ESR ndi 0.01 Ω.
(Zindikirani 2) Magawo awa amatha kutenga phindu lililonse kapena ziro poyerekezera koma sizikutsimikizira kugwira ntchito kwa IC muzochitika zilizonse. Onani ku database kuti mudziwe mtengo wokwanira wa magawo.

Zotchulidwa Zamtundu

6.1 Opanga-Amp
TLR377YG-C: Kulondola Kwamagalimoto Kwapamwamba & Kuyika / Kutulutsa Sinjanji Kupita Ku Sitima Yapamtunda CMOS Imagwira Ntchito Ampmpulumutsi. [JP] [EN] [CN] [KR] [TW] [DE] TLR2377YFVM-C : Automotive High Precision & Input/Output Rail-to-Rail CMOS Operational AmpLifier (Dual Op-Amp). [JP] [EN] [CN] [KR] [TW] [DE] LMR1802G-LB : Low Noise, Low Input Offset Voltagndi CMOS Ntchito Ampmpulumutsi. [JP] [EN] [CN] [KR] [TW] [DE]

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zolemba

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Zolemba / Zothandizira

	ROHM TLR377YG-C Non-Inverting Ampwotsatsa [pdf] Wogwiritsa Ntchito TLR377YG-C Non-Inverting AmpLifier, TLR377YG-C, Non-Inverting Ampwotsatsa, Ampwotsatsa
	ROHM TLR377YG-C Yopanda inverting Ampwotsatsa [pdf] Wogwiritsa Ntchito TLR377YG-C Wopanda inverting AmpLifier, TLR377YG-C, Non-inverting Ampwotsatsa, Ampwotsatsa
	ROHM TLR377YG-C Non-Inverting Ampwotsatsa [pdf] Wogwiritsa Ntchito TLR377YG-C Non-Inverting AmpLifier, TLR377YG-C, Non-Inverting Ampwotsatsa, Ampwotsatsa