ROHM LMR1001YF-C Voltage Rail-to-Rail Input uye Output CMOS Amplifier
Mashoko Akakosha
Seketi iyi inoteedzera mhinduro yechinguvana kune sine wave kuisa nevoltage muteveri akagadziriswa Op-Amps. Unogona kuona kubuda kwevoltage uye nekutendeseka kwakaita sine wave input voltage inoburitswa. Iwe unogona kugadzirisa maparamendi ezvikamu zvinoratidzwa mubhuruu, seVSOURCE, kana peripheral components, uye kutevedzera vol.tage muteveri ane chinodiwa chekushanda mamiriro.
Iwe unogona kutevedzera dunhu mune yakaburitswa application note: Operational ampLifier, Muenzanisi (Tutorial). [JP] [EN] [CN] [KR]
General Cautions
Kuchenjerera 1: Hukoshi kubva pamibairo yekufananidza haina kuvimbiswa. Ndapota shandisa mhinduro idzi segwara rekugadzira kwako.
Kuchenjerera 2: Aya mamodhi maitiro akanyatso kuTa=25°C. Saka, mugumisiro wekufananidza nekusiyana kwekushisa kunogona kusiyana zvakanyanya kubva kune mhedzisiro neiyo yakaitwa pabhodhi rekushandisa chairo (chiyero chaicho).
Kuchenjerera 3: Ndokumbira utarise kune Chinyorwa chekushandisa cheOp-Amps yeruzivo rwehunyanzvi ruzivo.
Kuchenjerera 4: Hunhu hunogona kuchinja zvichienderana nechaiyo bhodhi dhizaini uye ROHM inokurudzira zvakasimba kuti utarise kaviri iyo hunhu nebhodhi chaiyo apo machipisi achaiswa pairi.
Simulation Schematic
Mufananidzo 1. Simulation Schematic
Kutevedzera sei
Maseting ekuenzanisa, akadai sekutsvaira kweparameter kana convergence sarudzo, anogadziriswa kubva ku'Simulation Settings' inoratidzwa muFigure 2, uye Tafura 1 inoratidza iyo default setup yekufananidza.
Mufananidzo 2. Simulation Settings uye kuuraya
Tafura 1. Simulation zvigadziriso default setup
| Parameters | Default | Cherechedza |
| Simulation Rudzi | Nguva-Domain | Usashandura Simulation Type |
| Nguva Yekupera | 200 isu | – |
| Zvisarudzo zvepamusoro | Balanced | – |
| Convergence Assist | – | |
| Manual Options | .Temp 27 | – |
Simulation Conditions
Tafura 2. Rondedzero yekuenzanisa mamiriro paramita
| Muenzaniso Zita | Type | Parameters | Default Value | Variable Range | Units | |
| Min | Max | |||||
| VSOURCE | Voltage Kunobva | Frequency | 10k | 10 | 10M | Hz |
| Peak_ voltage | 0.5 | 0 | 5.5 | V | ||
| Initial_ phase | 0 | vakasununguka | ° | |||
| DC_ offset | 2.5 | 0 | 5.5 | V | ||
| DF | 0.0 | fixed | 1/s | |||
| AC_ ukuru | 0.0 | fixed | V | |||
| AC_ chikamu | 0.0 | fixed | ° | |||
| VDD | Voltage Source For Op-Amp | Voltage_ level | 5 | 2.7(Cherechedza1) | V | V |
| AC_ ukuru | 0.0 | fixed | V | |||
| AC_ chikamu | 0.0 | fixed | ° | |||
(Cherechedza 1) Iise kune yakavimbiswa kushanda kweiyo Op-Amps.
VSOURCE parameter setup
Mufananidzo 3 unoratidza kuti VSOURCE parameters inoenderana sei neVIN stimulus waveform.
Mufananidzo 3. VSOURCE parameters uye waveform yayo
Op-Amp model
Tafura 3 inoratidza muenzaniso wepini basa rakaitwa. Ziva kuti Op-Amp modhi ndiyo modhi yemaitiro ekupinza kwayo / maitiro ekubuda, uye hapana maseketi ekudzivirira kana mabasa asina hukama nechinangwa anoitwa.
Tafura 3. Op-Amp mapini emuenzaniso anoshandiswa pakuenzanisa
| Pin Name | Tsanangudzo |
| +IN | Non-inverting input |
| -IN | Inverting input |
| VDD | Yakanaka magetsi magetsi |
| VSS | Negative magetsi / Ground |
| OUT | Output |
| NC1 | Hapana kubatana mukati |
| NC2 | Hapana kubatana mukati |
| NC3 | Hapana kubatana mukati |
Peripheral Zvikamu
Bhiri reZvinhu
Tafura 4 inoratidza rondedzero yezvikamu zvinoshandiswa mukuenzanisa schematic. Imwe neimwe ye capacitor ine ma parameter eyakaenzana redunhu anoratidzwa pazasi. Izvo zvisizvo zvisizvo zvezvikamu zvakaenzana zvakagadzirirwa zero kunze kweESR yeC. Unogona kugadzirisa maitiro echikamu chimwe nechimwe.
Tafura 4. Rondedzero ye capacitors anoshandiswa mukuenzanisa dunhu
| Type | Muenzaniso Zita | Default Value | Variable Range | Units | |
| Min | Max | ||||
| Resistor | R1_1 | 0 | 10 | 10 | kΩ |
| RL1 | 10k | 1k | 1M, NC | Ω | |
| Capacitor | C1_1 | 0.1 | 0.1 | 22 | pF |
| CL1 | 10 | mahara, NC | pF | ||
Capacitor Equivalent Circuits
Mufananidzo 4. Capacitor property editor uye yakaenzana dunhu
- (a) Property editor
- (b) Equivalent circuit
Iko kukosha kwe ESR ndeye 2m Ω.
( Cherechedza 2) These parameters can take any positive value or zero in simulation but it does not guarantee the operation of the IC in any condition. Refer to the datasheet to determine adequate value of parameters.
Yakakurudzirwa Zvigadzirwa
Op-Amp
LMR1001YF-C : Automotive Zero Drift Low Offset Voltage Rail-to-Rail I/O CMOS Op-Amp. [JP] [EN] [CN] [KR] [TW] [DE] LMR1001YG-C : Automotive Zero Drift Low Offset Voltage Rail-to-Rail I/O CMOS Op-Amp. [JP] [EN] [CN] [KR] [TW] [DE] LMR1002F-LB : Automotive Zero Drift Low Offset Voltage Rail-to-Rail I/O CMOS Op-Amp. [JP] [EN] [CN] [KR] [TW] [DE]
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Cherechedzai
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