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About information presented in this cross reference

The information presented in this cross reference is based on TOSHIBA's selection criteria and should be treated as a suggestion only. Please carefully review the latest versions of all relevant information on the TOSHIBA products, including without limitation data sheets and validate all operating parameters of the TOSHIBA products to ensure that the suggested TOSHIBA products are truly compatible with your design and application.
Please note that this cross reference is based on TOSHIBA's estimate of compatibility with other manufacturers' products, based on other manufacturers' published data, at the time the data was collected.
TOSHIBA is not responsible for any incorrect or incomplete information. Information is subject to change at any time without notice.

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Linear ICs

Clicking on product's category allows you to see linear ICs part naming conventions.

Load Switch ICs

Example of Load Switch ICs

1. TC stands for Toshiba CMOS

2. Load switch IC

3. Product's function

4. The combination of 3 and 4 denotes a package
Examples:
101G WCSP6B
106G WCSP4

Operational Amplifiers and Comparators

Example of Operational Amplifiers and Comparators

1. Circuit type

  • TA: Bipolar type
  • TC: CMOS type

2. The number here indicates operational amplifiers and comparators

3. Number of circuits

  • S: Single circuit
  • W: Dual circuits

4. Serial number
Second source products use the same have their own number. Numbers as for original products.

5. Package type

  • F: SMV
  • FU: USV
  • FE: ESV
  • FU: SM8
  • FK: US8
  • TU: UFV

Intelligent Power Devices (IPDs)

Example of Intelligent Power Devices

1. TPD means intelligent power device

2. The types of switch / driver

  • 10: single or 2 ch switch
  • 20: multi outputs switch
  • 40: motor control driver (high-withstand voltage SOI power ICs)
  • 70: low side driver
  • 71: high side driver
  • 72: bridge driver

3. Serial number

4. Package type

  • AS: SIP of TPS
  • BS: SIP of TO-92MOD
  • F: flat package
  • K: SIP with a heat sink
  • S / SA: TO-220IS / SIP of TO-220NIS

Small Surface-Mount Low-Dropout (LDO) Regulators

Part Naming Conventions for Previous Small Surface-Mount CMOS LDO Regulators

Example of Previous Small Surface-Mount CMOS LDO Regulators

1. Toshiba CMOS Small Surface-Mount LDO regulator

2. Pin count

3.

  • S: Single output
  • H: Dual output

4. Distingishes differences in pin assignments among 5-pin single-output LDO regulators with a blank or the letter B or C.
(The TCR6DAxxxx in an SM6 package and the TCR6DAxxxxU in a UF6 package, which are both dual-output LDO regulators, have different pin assignments.)

5. Output voltage

  • Single-output LDO regulators: 18 = 1.8-V output, 285 = 2.85-V output
  • Dual-output LDO regulators: 1525 = 1.5- and2.5-V outputs

6.

  • D: Auto-discharge and internally pull-down at the CONTROL pin
  • Blank: No auto-discharge and no pull-down at the CONTROL pin

7. Package

  • WBG: WCSP4
  • FE: ESV
  • U: UFV,UF6
  • No mark/A: SMV,SM6

Part Naming Conventions for New Small Surface-Mount CMOS LDO Regulators

Example of New Small Surface-Mount CMOS LDO Regulators

1. Toshiba CMOS Small Surface-Mount LDO regulator

2. Max output current

  • 2: 200 mA
  • 3: 300 mA

3. Features
Indicate function and performance by the combination of output current.

Symbol Overcurrent
Protection
Thermal
Shutdown
Output
Discharge
Fast transient
response
Inrush current
protection
2B X   X    
2E X   X X  
2D X X   X  
3D X X X X X

4. Package

  • E: ESV
  • F: SMV
  • N: SDFN4
  • M: DFN4
  • G: WCSP4

5. Output voltage

  • Single-output LDO regulators: 33 = 3.3-V output, 285 = 2.85-V output

Example of Small Surface-Mount Bipolar LDO Regulators

Small Surface-Mount Bipolar LDO Regulators

1. Toshiba small surface-mount bipolar LDO regulator

2. Pin count

3. Circuit configuration
This section shows the circuit configuration of a product.

  • S: single output
  • H: dual output with synchronous control
  • D: dual output with independent control

4. The type of pin assignment
When there is "S" to section 4, it shows pin assignment as follows.

When there is "H" or "D" to section 4, the symbol here is no mark.

5. When there is "S" to section 4 , the number here shows 10 times the value of its output voltage.
When there is "H" or "D" to section 4, the number here is a serial number.

6. Package

  • No mark: SMV
  • K: US8
  • U: UFV

Low-drop-out Regulator ICs with function

Example of Low-drop-out regulator ICs with function

1. TA means Toshiba linear IC

2. Polarity, lineup
This section shows the polarity of a product.

  • 48: low-drop out products of positive voltage
  • 58: low-drop out products (For High input voltage) of positive voltage

3. Output current (Io)
This section shows the output current of a product
It is classified into four types by the level of its output voltage.

  • No mark: 1A
  • M: 500mA
  • L: 300mA
  • S: 50mA

4. Function
This section shows the function of a product.

  • S: with enable(ON/OFF)function
  • T: Voltage tracker

5. Voltage (Vo)

  • 02-15: 2V-15V,
  • 015: 1.5V,
  • 018: 1.8V,
  • 025: 2.5V,
  • 033: 3.3V,
  • 00: Adjustable

6. Package type, etc.

  • F/ AF: New PW-Mold5pin, SOP-8 or PS-8

Standard Regulator ICs

Example of Standard Regulator ICs

1. TA means Toshiba linear IC

2. Polarity, lineup

This section shows the polarity of a product.

  • 78: positive voltage
  • 79: negative voltage
  • 48: low-drop out products of positive voltage
  • 58: low-drop out products (For High input voltage) of positive voltage

3. "D" is attached to the number of low-drop out products. (48 and 58 are excluded.)

4. Output current
This section shows the output current of a product.
It is classified into four types by the level of its output voltage.

  • No mark: 1A
  • M: 500mA
  • L: 250mA, 150mA, 100mA
  • S: 30mA

5. Output voltage
A (positive & negative output voltage)

  • 05-24 : 5V-24V,
  • 005-024 : 5V-24V,
  • 057 : 5.7V,
  • 132 : 13.2V

B (low-drop-out type)

  • 02-15 :2V-15V,
  • 015 :1.5V,
  • 018 : 1.8V
  • 025 :2.5V,
  • 033 :3.3V,
  • 0345 :3.45V,
  • 00 :Variable output voltage

6. Package type, etc.
It is classified into four types by its package and its output voltage accuracy.

  • P, AP, BP, CP: LSTM
  • F, AF, BF: PW-Mold, New PW-Mold or PW-Mini
  • S: TO-220NIS or TO-92
  • SB: TPL
  • PF: PS-8

Transistor Arrays

Example of Transistor Arrays

1. Toshiba Transistor Arrays

2. Serial number

3. A: output voltage: 50 V

4. Package type

  • P: DIP
  • F: SOP
  • FN: SSOP
  • FW: SOL

5. G: RoHS compatible

*: Some products are not matched to the convention.

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