Karen Bernstein
Karen Bernstein (born May 25, 1969) is a retired Canadian voice actress who is best known to many in North America as the original voice of Sailor Mercury in the Canadian dubbing of the first two seasons of Sailor Moon.& was replaced by Liza Balkan
Karen Bernstein | |
---|---|
Born | |
Occupation | Voice actress |
Years active | 1977–2005 |
Bernstein is also known for voicing Hello Kitty in the mid-nineties, and for portraying Tara Belle and Jett in Beverly Hills Teens in the eighties.
Filmography
Film
- Why Shoot the Teacher? (1977) – Violet Sinclair
- Pippi Longstocking (1997) – Mrs. Settergren
- Sailor Moon R the Movie: Promise of the Rose (2000) – Sailor Mercury
- Sailor Moon S the Movie: Hearts in Ice (2000) – Sailor Mercury
- Sailor Moon Supers the Movie: Black Dream Hole (2000) – Sailor Mercury
Television
- Beverly Hills Teens (1987) – Tara Belle, Jett
- Tales from the Cryptkeeper (1993–1994) – The Weeping Woman, The Vampire, The Sleeping Beauty
- Hello Kitty and Friends (1994) – Hello Kitty
- Sailor Moon (1995, 1998) – Sailor Mercury (Seasons 1–2)
- The Magic School Bus (1996) – Additional Voices
- Pippi Longstockings (1997) – Mrs. Settergren
- Birdz (1998) – Olivia Owl
- Noddy (1999) – Tessie Bear
- Something for Nothing (1999) – Mother
- Little People: Big Discoveries (2002) – Maggie
- Little People: Discovering the ABC's (2005)
Video Games
- Laura's Happy Adventures (1995) – Miriam
gollark: Also, making it symmetrical is not a good enough reason to make it incompatible with 90% of the headphones around and make the available ones for it cost more.
gollark: <@151391317740486657> They're very cheap though, and you might be able to add custom ROMs.
gollark: You didn't have time? Isn't this quite a long challenge thing?
gollark: Also the fact that most stuff, even if it uses DC internally (most things probably do), runs off mains AC and has some sort of built-in/shipped-with-it power supply, and there aren't really common standards for high-powered lower-voltage DC connectors around. Except USB-C, I guess? That goes to 100W.
gollark: I guess it depends on exactly what you do, and the resistance of the wires.
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