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TDK PS1 DataSheet

No. parte # Fabricante Descripción Hoja de Datos
1
PS1440P02BT

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
2
PS1920P02

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
3
PS1550L40N

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
4
PS1440P02BT

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
5
PS1240P02BT

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
6
PS1240P02CT3

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
7
PS1420P02CT

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
8
PS1720P02

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
9
PS1740P02E

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
10
PS1740P02CE

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
11
PS1927P02

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
12
PS1240P02BT

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
13
PS1240P02CT3

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
14
PS1420P02CT

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
15
PS1720P02

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
16
PS1740P02E

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
17
PS1740P02CE

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
18
PS1927P02

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
19
PS1920P02

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet
20
PS1550L40N

TDK
Piezoelectronic Buzzers

• The PS series are high-performance buzzers that employ unimorph piezoelectric elements and are designed for easy incorporation into various circuits.
• They feature extremely low power consumption in comparison to electromagnetic units.
• Because t
Datasheet



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