ROHM TLR4377YFV-C Yopanda inverting Ampwotsatsa
ROHM Solution Simulator
Automotive High Precision & Input/Output Rail-to-Rail CMOS Operational Ampmagetsi (Quad Op-Amps)
TLR4377YFV-C – Non-inverting Amplifier (Sine Wave Input) – Transient Response sim This circuit simulates the transient response to sine wave input with non-inverting ampLifier yokhazikitsidwa ndi Op-Amps. Mutha kuwona kuchuluka kwa voliyumutage and how faithfully the sine wave input voltage is reproduced. You can customize the parameters of the components shown in blue, such as VSOURCE, or peripheral components, and simulate the non-inverting amplifier with the desired operating condition.
You can simulate the circuit in the published application note: Operational amplifier, Comparator (Tutorial). [JP] [EN] [CN] [KR]
Machenjezo Azambiri
Chenjezo 1: The values from the simulation results are not guaranteed. Please use these results as a guide for your design.
Chenjezo 2: These model characteristics are specifically at Ta=25°C. Thus, the simulation result with temperature variances may significantly differ from the result with the one done at actual application board (actual measurement).
Chenjezo 3: Please refer to the Application note of Op-Amps for details of the technical information.
Chenjezo 4: The characteristics may change depending on the actual board design and ROHM strongly recommend to double check those characteristics with actual board where the chips will be mounted on.
Simulation Schematic
How to simulate
The simulation settings, such as parameter sweep or convergence options,are configurable from the ‘Simulation Settings’ shown in Figure 2, and Table 1 shows the default setup of the simulation.
In case of simulation convergence issue, you can change advanced options to solve. The temperature is set to 27 °C in the default statement in ‘Manual Options’. You can modify it.
Table 1. Simulation settings default setup
magawo | Pofikira | Zindikirani |
Mtundu Wofanizira | Time-Domain | Do not change Simulation Type |
Nthawi yotsiriza | 300 μs | - |
Zosintha zamakono | Zoyenera | - |
Time Resolution Enhancement Convergence Assist | - | |
Zosankha pamanja | .temp 27 | - |
Simulation Conditions
Table 2. List of the simulation condition parameters
Dzina lachitsanzo | Type | magawo | Mtengo Wosintha | Variable Range | Zogwirizana | |
Mphindi | Max | |||||
VSOURCE | Voltage Gwero | pafupipafupi | 10k | 10 | 10M | Hz |
Peak_voltage | 0.5 | 0 | 5.5 | V | ||
Initial_phase | 0 | kwaulere | ° | |||
DC_offset | 2.5 | 0 | 5.5 | V | ||
DF | 0.0 | yogwira | 1 / s | |||
AC magnitude | 0.0 | yogwira | V | |||
AC phase | 0.0 | yogwira | ° | |||
VDD | Voltage Source For Op-Amp | Voltagmulingo e | 5 | 2.5(Chidziwitso1) | 5.5(Chidziwitso1) | V |
AC magnitude | 0.0 | yogwira | V | |||
AC phase | 0.0 | yogwira | ° | |||
Chithunzi cha VREF | Voltage Gwero | Voltagmulingo e | 2.5 | vesi | VDD | V |
AC magnitude | 0.0 | yogwira | V | |||
AC phase | 0.0 | yogwira | ° |
VSOURCE parameter setup
Figure 3 shows how the VSOURCE parameters correspond to the VIN stimulus waveform.
Op-Amp lachitsanzo
Table 3 shows the model pin function implemented. Note that the Op-Amp model is the behavior model for its input/output characteristics, and no protection circuits or the functions not related to the purpose are not implemented.
Table 3. Op-Amp model pins used for the simulation
Pin Dzina | Kufotokozera |
+MWA | Non-inverting input |
-MU | Inverting input |
VDD | Mphamvu zabwino |
vesi | Negative power supply / Ground |
OUT | linanena bungwe |
Zigawo za Peripheral
Bili Yazinthu
Table 4 shows the list of components used in the simulation schematic. Each of the capacitors has the parameters of equivalent circuit shown below. The default values of equivalent components are set to zero except for the ESR of C. You can modify the values of each component.
Table 4. List of capacitors used in the simulation circuit
Type | Dzina lachitsanzo | Mtengo Wosintha | Variable Range | Zogwirizana | |
Mphindi | Max | ||||
Kukaniza | R2_1 | 10k | 1k | 1M | Ω |
R2_2 | 10k | 1k | 1M | Ω | |
RL2 | 10k | 1k | 1M, NC | Ω | |
Wogwira ntchito | Zamgululi | 10 | 10 | 100 | pF |
CL2 | 10 | free, NC | pF |
Capacitor Equivalent Circui
The default value of ESR is 0.01 Ω.
(Zindikirani 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.
Zotchulidwa Zamtundu
Op-Amp
TLR4377YFV-C : Automotive High Precision & Input/Output Rail-to-Rail CMOS Operational Amplifier (Quad Op-Amp). [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]
TLR377YG-C : Automotive High Precision & Input/Output Rail-to-Rail CMOS Operational Ampwotsatsa. [JP] [EN] [CN] [KR] [TW] [DE]
LMR1802G-LB : Low Noise, Low Input Offset Voltage CMOS Operational Ampwopititsa patsogolo ntchito. [JP] [EN] [CN] [KR] [TW] [DE]
Technical Articles and Tools can be found in the Design Resources on the product web page.
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